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motorsportbarbie13 · 6 months ago

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A Package Deal

In which Lando befriends a single mom without even realizing it.

Warnings: single mom. talk of parental death (no death featured on page), lando being a judgey jerk at first, kinda? Pairing: Lando Norris x SingleMom!Reader Word Count: 5.4k words

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109 likes liked by yourdad, BFFsarah, McLaren, and others yourusername Work holiday party with my mini me! yourdad my two favorite girls! >>>yourusername thanks dad! <3

The fairy lights that stretched back and forth across the ceiling of the McLaren Technology Center sparkle down at you, a soft glow illuminating the spacious front lobby. Half a dozen 12 foot Christmas trees dot the cavernous room and tables decorated with rich red, green, and silver accents create intimate seating areas throughout. The only things indicating that the offices were home to McLaren's Formula 1 team were the seven or so F1 cars from past and present, all put on display for tonight's party.

The events team had certainly outdone themselves this year, that was for sure. If there was anything the McLaren events team went hard for every single time, it was the MTC's annual family holiday party. This year though, the entire team had extra reason to celebrate: earlier in the month, the team had brought home the Constructor's Championship for the first time in years.

"Momma, where's Aunt Sarah?" Your six year old daughter Stella asks softly, her little hand tucked securely in yours as she looks around, eyes wide in awe at all the decorations.

"I don't know, munchkin." You reply, grinning down at her. "Do you want to see if we can find her?"

Your best friend Sarah was surely already here as she was one of the heads of the events team. She'd been planning this party for months now, the added pressure from the championship win had nearly driven her mad. A quick text is answered even quicker and you lead Stella towards the massive ballroom that sits on the opposite side of the sleek modern building.

As you walk down the hall, the heels of your stilettos clicking softly, you're surprised to be hit with a wave of nostalgia. You'd been working for McLaren for almost two years now, after Sarah had given the head of product development your resume when you graduated uni with a degree in computer science and data analytics. Marshall, the man who ran the department, had offered you a job as a data analyst on the spot when you came into interview the following week. It had all felt like divine intervention, going from getting pregnant so young and having no other choice but to navigate parenthood alone to finding yourself employed within weeks of graduating. McLaren truly felt like your second home now.

"There's my Stelly Belly!" Sarah cries when she sees Stella and you walking towards her. Without a second thought, your daughter drops your hand and flings herself into the waiting arms of your best friend, one of the few adults the little girl trusts enough to open up to.

"Don't you look pretty tonight?" Sarah coos, nuzzling her head into Stella neck, eliciting a squeal and a cascade of giggles from your little girl. "And your mama looks stunning too!"

Rolling your eyes, you smooth down the front of the red satin dress you'd bought last week. "Are you sure it's not too much?"

Your brows knit together in uncertainty. Ever since having Stella at 19, your life had revolved around the little girl. Everything you did and every choice you made was made because of her and with her best interest in mind. Going to university when she was a newborn had been for her benefit and the time spent away from her while you studied and attended classes were paying off now with your secure job and hefty paycheck. But you weren't used to calling attention to yourself, totally content with working behind a computer screen in your quiet office tucked in the back of the MTC. You came to work, socialized very little, and went home to your daughter. This kind of event was very much out of your comfort zone.

"Stop that." Sarah scolds as she sets Stella down. "You look so good you're going have the mechanics breaking their necks all night long."

"Okay, that's enough." You huff.

"Momma, Sarah says there's holiday crafts over there!" Stella points vaguely towards the other side of the room. "Can we go? Please?"

"Of course, sweetheart. Let's go."

"I'll take her!" Sarah volunteers, capturing Stella's little hand in hers before giving you a look. "Go get a drink or something. Have some fun. Stelly Belly and I will go make all the crafts!"

You watch after your best friend and the other half of your heart as they scamper away, Stella's red velvet dress fluttering behind her. Somewhere deep in the pit of your stomach, a painful clenching feeling takes root. For the past six years, your entire universe has revolved around that little blonde headed girl. Even now, though you spent more time apart from Stella than you cared for because of school for her and work for you, whenever she was out of sight it felt like a bit of you was missing.

Once you see her settle at the table right next to Sarah and begin coloring something in front of her, you turn away and wander towards the open bar. If there was one thing McLaren did right at these kinds of parties, it was provide top tier food and drinks for the employees.

You order a glass of what smells like the most heavenly mulled wine you've ever encountered and find a spot away from the crowd, leaning against a pillar in the shadows of the room. You weren't used to being around so many people and while you were glad Stella seemed to be enjoying herself, you could feel your social battery already draining.

"Well, if it isn't my favorite McLaren employee." A smooth voice interrupts your anxious thoughts.

You blush into your glass of wine, knowing who it was sneaking up behind you before you even turned around. "I'm telling Oscar you said that."

Lando slips in beside you, caramel colored cashmere jumper brushing against your bare arm. "You wouldn't dare." He says, bumping your shoulder gently. You can hear the smile in his voice without even looking.

When you say you don't socialize much at work, there is always going to be one exception to that rule: Lando Norris. He had wandered into your office one day about six months ago looking for the legal department of all places. Lando had sheepishly admitted he may have accidentally signed a contract to be the spokesman for a bank in Singapore while drunk on holiday and needed to see what how mad everyone was going to be. You then had to admit you were, in fact, just a software engineer and not a solicitor and he was not, in fact, anywhere near the legal department.

An unlikely friendship had been born that day though because instead of turning around and scampering away out of sheer embarrassment, Lando had plopped himself down in the chair opposite your desk and spent nearly an hour and a half peppering you with questions about your job.

Lando liked those moments he got to slip away during his busy days at the MTC to see you. It seemed like lately, he would find himself carving out time during his day to make a special visit to your office no matter what else he had scheduled that day. He liked the way you talked to him like he was a normal person and how easily you laughed at his jokes. You never made him feel stupid or inferior for asking questions about whatever project you were working on that day and you never asked him about racing. Not once. You were also the prettiest girl he'd ever seen and he was embarrassingly addicted to making you smile.

"You look stunning tonight." Lando says in a hushed voice. "Red is your color."

Although he's next to you still, Lando manages to steal little looks at you out of the corner of his eye. The red dress you've got on tonight should be illegal and it's showing off every dip and curve of your body. You pride yourself on how well you dress at the office but tended to stick with neutral colors and classic, conservative shapes that weren't jarring and allowed you to fade into the noise of a busy office a bit. The red was totally out of character for you and Lando found himself wanting to buy you an entire closet full of colorful dresses.

Your cheeks go crimson and you're thankful for the dim lights that hide it. "Thank you."

The other thing you're not used to is attention from men. Like your social life, any semblance of a dating life had been put on the back burner when you became a single mom. You didn't much miss it, if you were bing quite honest. Spending time with Stella was better than wasting a night on a man that would only end up disappointing you.

So when someone like Lando complimented you on the dress you wore you don't quite know how to react.

"Momma! Momma, look what Auntie Sarah and I made!" Stella interrupts anything that's about to come out of Lando's mouth when she runs up brandishing what looks to be a fairy wand tied with dozens of glittery ribbons.

You crouch down, not missing the way Lando stiffens beside you, and take the plastic wand out of Stella's hand. "Is this a magic wand?" You ask, voice breathy with awe.

"Yeah! Aunt Sarah helped tie the ribbons on after I picked them. They're all glittery and match Elsa's ice queen dress."

You smile, Elsa had always been Stella's favorite Disney princess. "That is so special, Stelly Belly."

A few feet away, Sarah takes in how close you and Lando were before Stella interrupted and smirks. "Come on, Stella. I think I saw a cookie decorating contest starting over by the wands!"

You stand, eyeing your best friend. "I can take her, Sarah. I'm sure you want to mingle."

"Nope! Stay. Talk. Be merry!" Sarah's eyes bounce between you and Lando and your cheeks heat at the implication.

Beside you, Lando rubs at his jaw trying to process the information he's just learned. Momma? This girl, cute as a button, was calling you mom? He rifles through his memory, trying to think of any time you'd ever mentioned being a mom and he can't come up with a single thing. And he's pretty sure he remembers everything you've ever said to him.

"You have a daughter." Lando says it more as a statement than a question and you wince.

This was always the part where you tended to lose people. Being as young as you were, you were used to people being put off by the fact that you had a daughter. A lot of people your age weren't ready for kids yet and had a hard time figuring you out because you had such radically different priorities. Neither set of priorities was better than the other, just different.

"I do. Her name is Stella." You respond, leaning against the pillar once again. The cool marble sends shivers down your back as you prepare to lose someone who had made more of an impact on you than you realized.

"You never said anything about her." He observes, his tone unreadable.

"You never asked." You shrug, trying not to get defensive. "Her pictures are all over my office, Lan. I've never hid the fact that I have Stella."

Lando thinks back, recalling the office he's spent so much time in lately. You're right, of course. There are bits of Stella all over the place in the drawings on your desk to the school picture that sits near the spider plant close to the window. But somehow Lando had never noticed anything else other than you.

He rubs at the back of his neck, "I guess I just assumed she was your niece or something."

"Nope. She's all mine."

"And her dad?" The moment the question slips from Lando's mouth, he regrets it. His eyes shutter closed but not before he catches a glimpse of the way you flinch.

He hates himself for thinking he deserves to be privy to this information. For being so bold as to ask for the sordid details of your life when all you are to each other is a casual work flirtation. He hates himself for implying that you'd ever flirt with him when there was someone else in the picture. Or worse, that you now have to relive a painful story behind why there wasn't.

"You don't have to answer that." God, he was so good at speaking before thinking, wasn't he? It had gotten him into so much hot water with the press this year during the championship run and here he was again, putting his foot in his mouth like an idiot.

"It's fine." You sigh, knowing that anyone who wants to be in your life is going to have to hear the story at some point. You just hadn't anticipated it happening with Lando, having been perfectly content with the safety of your innocent work flirtation.

"I had Stella when I was 19, her dad was killed in a car accident when she was eight months old. She turned six in September.”

The silence that stretches between you is heavy, clashing with the light and festive mood that swirls around you.

"Christ. I'm sorry, love."

You hate how painful that tugging sensation on your heart is when Lando calls you 'love'.

Shrugging, you hope you feign nonchalance well enough to fool him. You know it doesn’t.

“Listen, I should go check on Sarah and Stella, make sure Stella doesn't sweet talk Sarah into a puppy or something. Those two together is how I ended up with a kitten last year."

The brightness in your voice is all for show but Lando sees right through it.

You're gone before he can get a word in though.

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102 likes liked by BFFsarah, yourdad, yoursister, and others yourusername Quick trip into London for some last minute pressies! yourdad I'm a size Rolex in silver and gold please! >>>yourusername Ha Ha Ha, very funny father BFFsarah Brave brave girl! >>>yourusername brave or stupid, you decide!!!

"Come on, sweet girl, let's find your Papa a Christmas present so we can get out of this mad house."

You tug at Stella's hand, who was currently practically drooling over a display of sparkly gold and diamond jewelry in Harrods jewelry department. Around you, crowds swirl and people jostle each other as they all hustle to pick out their precious gifts before Santa's big night. Why you had chosen to come into London the weekend before Christmas was a mystery, but you were fully convinced that you had lost it when you had agreed to come to Harrods at Stella's request.

"But this necklace is so pretty, Momma!" Stella whines, eyes dragging over the diamond necklace on display in front of her.

"Yes, I know but I don't think your grandpa wants a diamond necklace for Christmas. Let's go up to the fifth floor where the kitchen gadgets are! You know how much he loves to cook!"

Stella rolls her eyes, which you choose to ignore. For all of her attitude today, Stella wasn't usually an ornery child. She was very well behaved and quite reserved so you gave her extra grace when it was crowded and loud like this. You knew she got overstimulated easily, just like you did.

"Fine." She sighs, casting one last longing look at the display. "Maybe Santa will bring me the necklace." She mutters and you have to tamp down a laugh.

You take Stella's hand in yours, despite her giving you another look of contempt. She was much too big of a girl to be holding her mother's hand, thank you very much. You ignored the glare and squeezed at your daughter's hand, knowing that she's not really angry at you.

Up on the fifth floor, the homewares section is significantly quieter than where you just were. Stella spots a display of colorful Kitchen Aid mixers that she scampers over to while you wander over to the espresso machines while reminding her to stick close. Out of the corner of your eye, you keep watch over her while debating the merits of different coffee machines.

"Well, if it isn't my favorite McLaren employee out in the wild." A velvety smooth voice sends familiar shivers down your spine.

"Favorite? You've been avoiding me since the holiday party." You quip without taking your eyes off the silver machine in front of you, knowing exactly who it is beside you without even looking.

Ever since the holiday party nearly two weeks ago, you hand't seen Lando at all despite knowing that he was at the MTC at least a few days. You hated that you knew that most of that time he had been out of the country, skiing in France then golfing in Spain. You also hated that you kept track of the amount of times you had known he was in Woking at the MTC and hadn't even bothered to stop in and say 'hi' to you.

Lando's hand rubs at the back of his neck. "I know. I'm sorry." His voice is low, tinged with guilt.

"Listen, it's fine." You turn to face him for the first time and your traitorous heart thuds a little harder in your chest. That mullet you teased him about so much at first had really grown on you and boy did it look good today.

"It's not like we're friends, Lando." You don't work as hard as you probably should to keep the frustration out of your voice. "You don't owe me anything and it's the off season for you. I shouldn't have said anything."

Lando frowns at you, confusion knitting his brow together. "We...we aren’t friends?" The hurt in his voice was unmistakable, tugging painfully at something in the pit of your stomach.

Your eyes shutter close at the look on his face. Lando might play the lovable goofball for the public and in the press but you knew better. You knew that he was a pretty big softie at heart and you immediately regretted your words, knowing that they would have struck him deep.

"What was I supposed to think, Lan? You seemed pretty put off when you found out about Stella and then you just..." You pause, unsure of where this anger was coming from. You hadn't really realized how hurt you had bene by his sudden ghosting until this very moment. "You just sort of disappeared. It's fine. I'm totally used to it."

The vulnerability in your voice makes Lando's heart clench painfully. He had been spooked initially about you having a daughter and he knew his reaction probably left a lot to be desired. He just had been so blindsided by the appearance of your little girl that night that he hadn't handled it well. Lando had been unwilling to admit before that night during the holiday party that he had been becoming more and more attached to you and he didn't know where Stella fell into place between you and him. It scared him, adding an entirely new layer to the budding friendship that you two had struck up. A friendship that he had been wanting to see if it could have progressed into more but now...now he didn't know.

"Momma, can we get Papa a mixer so he can make me more cakes next year?" Stella's small voice interrupts that awkward silence that had fallen between you and Lando.

You can't help the chuckle that leaves your lips despite yourself. "Stella, I don't think that's a very good reason to gift someone something."

"I don't know, sounds like solid reasoning to me." Lando chimes in, smile tugging at the corner of his mouth as he looks down at Stella. "Hi, I'm Lando." He crouches down so he's eye level with your daughter.

"That's a funny name." Stella regards Lando with a suspicious look. Stella is a quiet little mouse of a child most of the time and doesn't easily trust adults. There are very few people she's comfortable which is why her comment catches you off guard.

"Stella!" You scold, face going crimson at the lack of filter on her.

To your relief, Lando just chuckles. "I guess you're right, it is kind of a funny name. But I think Stella is a funny name too."

Stella' narrows her eyes but then she seems to realize he's just teasing her and she smiles. "I like you." She declares simply, as if deciding to be Lando's friend is the easiest thing in the world.

A fact that you already know is true.

"I'm hungry. Can we go get dinner now?" Stella turns back to you now and you startle a bit when you realize what time it is.

"Let me take you two to dinner. There's a place down the street that has some of the best chicken nuggets in all of England." Lando's offer throws you off for a moment you're so surprised. "As an apology for making you question our friendship."

Stella gasps as if that is the most exciting suggestion she's ever heard in her life. Your stomach does a quick swoop at spending more time with the driver outside of the office. You are a bit hesitant, pride still stinging from when he ignored you after the holiday party, but Stella looks so excited you find yourself nodding.

Twenty minutes and one espresso machine later, you have the giant package shipped off to your house before walking towards a cozy pub that Lando suggests. It's strange to you, walking down the crowded streets with Stella tucked between you and Lando, listening to her prattle away. Once in a while, Lando shoots you a look over the top of your daughter's head that is all amusement and happiness.

Meanwhile, you're reduced to silence, listening in awe to Stella's babbling. She has always been a reserved little girl, following in her mother's footsteps of being an introvert. She doesn't open up to just anyone and even when she does find an adult she likes, it takes her quite a bit of time to talk to them the way she's talking to Lando as he navigates the three of you towards your destination.

Around you, people bustle up and down the sidewalk, the streets of London an absolute hive of activity and it's a bit overwhelming. You're momentarily worried about Stella, knowing she doesn't do very good in crowds just like you but then something catches your eye that has your heart leaping into your throat. Captured in Lando's large hand is Stella's tiny one, a silent gesture of affection from your six-year-old. The way your chest squeezes at the sight has tears pricking at the corner of your eyes.

Lando catches the look on your face, full of awe and something else he can't quite place, and when your gaze snags on his moments later he gives you a dazzling smile. When Stella had reached out to take Lando's hand a few blocks ago, he had panicked a bit. He wasn't too experienced with kids, his niece’s being much younger than Stella, but he felt something deep in his chest that told him when the little girl beside him reached for his hand, it was a sincere sign of trust from her.

"Here we are." Lando says once you're safely across the road. "I hope you're ready for the best chicken nuggets in all of London."

Dinner is a loud affair, Stella peppering questions left and right to Lando and Lando expertly fielding them. He even gets some questions in edgewise and has both you and Stella laughing the entire meal. It's the most relaxed Lando's seen you the entire time he's known you. Despite his initial reservations at spending time with someone who has a child, he finds himself not wanting the evening to end. He's never been so thankful for last minute gift requests in his entire life.

Your bellies are full when you spill out onto the sidewalk, the chilly London air biting at your cheeks. It was going to be a cold train ride home. You reach into your tote bag to pull out a scarf and hat, tugging both on Stella despite her yowls of displeasure.

"Stella." You sigh, finally getting her to leave her hat on her head after a tense few moments as Lando watched on, smile sitting at the edge of his lips. "Come on, it's cold tonight and you know the train isn't much better."

"Train?" Lando asks, frown appearing on his face.

"We took the train into the city today. Someone wanted an adventure." You look pointedly at your daughter, who just shrugs, totally unfazed by the chilly evening air.

"That's like, a forty-five minute trip! On the train? At night? Alone?"

Something twists in Lando's stomach at the thought of you and Stella all alone on the train at night. He knows the trains are, objectively, safe and you'd probably be fine but it just doesn't sit right with him knowing that he'd have to leave both of you at a train station unable to be with you in case something happened.

"I know." You breathe, knowing that the moment Stella sits down on the train she's going to be out like a light and you're going to have a very grumpy six-year-old on your hands on the other end of the line. "I don't have a choice, I'm not ordering an Uber home. It'll be fine, Lando. We do this all the time."

The thought of you navigating the crowded train alone with the tiny wisp of a girl that tucked her hand back into his as soon as she got close enough to him hurts a surprising amount. It's a jarring feeling, one that he's totally unprepared for. His memory darts back to the night he found out you had a daughter. He thought for sure the budding chemistry between you would fizzle out. He had thought that he wasn't interested in getting involved with someone who had a child because it complicated things to a degree he wasn't sure he was ready for. He still struggled with looking after himself successfully sometimes. Dating someone with a child? Up until this very moment, Lando thought that was completely off the table.

"You're not taking the train home. I'll drive you." Lando's voice has an edge of finality in it that tells you this is going to be a fight, one that you're not sure you're prepared to fight.

You blink up at him, unable to form a response for several moments. Beside you, Stella cheers. "Yes! No boring train!"

"Woah, slow down." You warn, shaking your head. "Lando, I appreciate the offer but we can't." Stella looks absolutely crestfallen next to you as she yanks her hand out of Lando's grasp and crosses her arms over her chest.

"Why not?" Lando's frown mirrors Stella's and you nearly laugh.

Beside the fact that he couldn't stand the thought of you on the train by yourself with Stella this late at night, Lando didn't really want the night to end. He had sat across from you at dinner and there were several moments while Stella chattered on that he caught your gaze and you had given him the most prettiest smile he'd ever seen.

"Well, for one, Stella needs a booster seat to ride in a car and I don't think those come standard in Ferrari's or McLaren's."

"For the record, I drove my Range Rover into the city." Lando retorts before glancing around the crowded city street. "Look! There's a Mamas & Papas across the street! That's where my brother got my niece’s carseat a few months ago. I'm sure they sell booster seats too."

You can't help but stare at Lando, a bit dumbfounded. When you had started getting to know the driver months ago, you had what you had thought was a pretty accurate idea of who he was off the track: young, sinfully good looking, deeply unserious, and only interested in partying and having a good time. But voluntarily spending an evening with you and your daughter? Offering to buy Stella a booster so he could drive you home? The way Lando surprised you in that moment had you swaying on your feet a bit.

"Can we, Momma? Please! I want to drive home with Lando!"

There are two sets of big puppy dog eyes turned on you and you find yourself tossing your hands up in the air in defeat. "That's not fair! You two can't team up against me!"

Lando looks down at Stella, mischievous grin overtaking his handsome face. "I think we won, Stelly Belly." He shout-whispers, eyes sliding over to you, giving you a wink.

"You two are going to be trouble together, aren't you?" Is the last thing you say before Lando grabs your hand and drags you towards the shop to buy your daughter a booster seat.

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jungkoode · 1 month ago

Text

THE 25TH HOUR | O9

“𝐓𝐑𝐔𝐒𝐓 𝐅𝐀𝐋𝐋”

“We’re designed to fit,” he says, and you don’t know if he means your powers, your patterns, or the way your hand doesn’t shake in his.

next | index

— chapter details

word count: 6,7k

content: reality anchors, the quantum physics are quaking, yoongi being bossy again (and hot about it), elevator scene tension 10/10, jumping across buildings like it's casual (it is NOT), spatial distortion flirty edition, golden tendrils 2.0 (they touched... physically and emotionally??), temporal signature matching (yes it’s hot), someone finally says “we’re designed to fit” and i screamed, drone murder attempt ig, jungkook makes a dramatic entrance and is so annoying about it, team regroup ft. unexplained powers and too many secrets, portal time but make it traumatic.

— author’s note

KAY. LISTEN.

I know I say this every chapter but THIS ONE. this one fried several neurons and may have permanently altered the molecular structure of my spine. I started with “hm what if they walked through a reality anchor” and ended with “what if they synchronized their temporal signatures mid-freefall and touched tendrils in public like absolute whores.” I don’t know what to tell you. I blacked out. This is between me and my caffeine addiction now.

Let’s talk about the jump scene. Yes. You clocked it. That moment where Noma is calculating the distance and Yoongi says “don’t think, just need” and then she LAUNCHES HERSELF INTO THE VOID? Yeah. That may or may not have been deeply inspired by Neo’s rooftop jump in The Matrix (1999, my beloved). I am a massive Matrix nerd. That whole visual of someone standing on the edge of a building, trying to defy the physics they were born into, and being told “your mind is the thing in your way”? It’s been living rent-free in my frontal lobe since I was 13 and thought trench coats were peak fashion.

Because this chapter is, like, extremely about trust. And control. And the horror of not understanding what’s happening inside your own body. It’s about Noma confronting the fact that her mind—her beautiful, precise, analytical mind—is what’s limiting her. And Yoongi, who already knows, who’s BEEN like this longer, who knows what it’s like to break through that threshold and feel the laws of reality tilt around your perception, he’s just THERE. Guiding her. Softly threatening to reset time like a feral little guardian angel.

Also… let’s not ignore the fact that she destroys a drone with her brain and he’s like “cool. moving on.” Sir?? She just folded metal into origami. But okay go off I guess.

AND THEN THEY SYNCH TEMPORAL SIGNATURES. don’t even look at me. I wrote that and sat there like “huh. interesting. so that’s what soulmates sound like in science fiction.” I had to go walk around the block. I made them fit on a molecular level. I made their body chemistry harmonize. Why? Because I am unwell and this is my therapy.

Anyway. Thanks for reading I love you all. Scientifically.

— read on

ao3

wattpad

Reality Anchors are alive.

No one ever told you that part. No briefing, no memo, no research paper had ever mentioned that these imposing structures breathe.

The anchor in front of you rises 37.2 meters from ground to apex, its surface composed of quantum-stabilized alloy that shouldn't—couldn't—pulse like that.

Yet it does. Every 7 seconds, a wave of molecular adjustment ripples from base to tip, disturbing air molecules in concentric patterns that register against your skin at precisely 0.3 pascals of pressure.

Fascinating.

Your retinas register the faint blue luminescence emanating from seams in the structure-temporal energy bleeding through containment fields.

It feels like reality itself is being compressed into a more efficient configuration.

"Mesmerizing," you murmur, cataloging the observable data. "The quantum-stabilized glass panels are oriented at exactly 73 degrees to maximize temporal field distribution. And the energy consumption must be—”

"No."

You blink, neural processes stuttering at the interruption.

Agent Min has stopped walking and turned to face you fully, his stance registering as 37% more rigid than his baseline.

"I didn't say anything," you point out, tilting your head 12 degrees in genuine confusion.

"Didn't have to." His eyes narrow by approximately 0.3 centimeters.

"Then what are you saying no to?"

"You know what."

"I genuinely don't." Your brow furrows, creating a 0.4-centimeter depression between your eyebrows. "It seems statistically improbable that you could accurately predict my thought patterns without established baseline data."

His mouth twitches—suppressed micro-expression, 0.7 seconds in duration.

"Were you or were you not thinking of using a little detour to satiate that insane curiosity of yours?"

Your silence registers at approximately 3.2 seconds.

Longer than optimal for casual conversation.

"Exactly. No."

"I find your anticipation of my mental processes presumptuous," you counter, eyes returning to the reality anchor when the uppermost floors shimmer slightly—a temporal distortion effect that standard human vision would filter out. “And I do not appreciate it.”

"Get used to it," he says, resuming walking at a pace 7% faster than before. "You will."

You match his stride automatically.

"The probability of you developing accurate predictive models of my cognitive patterns seems—”

"Already developed," he interrupts, checking his modified Chrono-Sync Watch with a quick glance. "Seventh time you've tried to investigate a reality anchor. Always the same pattern."

This statement contains multiple logical inconsistencies. You've never attempted to investigate a reality anchor before. Your security clearance wouldn't permit it.

Yet your temporal analysis centers don't flag it as a falsehood.

"How would you know that?"

He doesn't answer, instead gesturing toward the adjacent tower—a colossal structure of similar materials that rises at least 100 floors into the artificially blue sky.

"Travel spot is somewhere in the upper levels," he says, eyes scanning the building's facade. "We need to access it through the anchor first."

You process this information, calculating optimal routes.

"Why can't you pinpoint the exact location?" you ask, question emerging from your analytical centers. "Your previous statements implied familiarity with the network."

His jaw tightens by approximately 4.3 newtons.

"Travel spots shift position by 0.7 meters every 73 minutes," he explains, voice roughened. "Quantum uncertainty principle applied to spatial coordinates. Prevents CHRONOS from establishing fixed monitoring."

"That seems inefficient for a resistance network," you observe.

"That's the point." He checks his watch again—third time in 7.3 minutes. "Inefficiency creates unpredictability. CHRONOS systems are designed for pattern recognition."

You approach the base of the reality anchor, where a standard-looking entrance is monitored by temporal signature scanners disguised as decorative elements.

"How do we bypass security?" you ask, noting at least three visible monitoring devices and calculating a 94.7% probability of additional concealed systems.

"We don't," he says, reaching into his jacket and extracting what appears to be a standard CHRONOS identification card. "We walk in like we belong."

The card in his hand triggers your pattern recognition— holographic security features match authorized maintenance personnel credentials.

"Falsified identification carries a minimum penalty of 73 days in temporal isolation," you note automatically.

He almost smiles—left corner of his mouth lifting 0.2 centimeters.

"Only if you get caught."

He approaches the entrance with casual gait, and you follow—still processing the anchor's structure.

The quantum equations rippling across its surface follow a pattern that suggests...

"I told you to stop analyzing," he murmurs, voice barely audible at 17 decibels. "Your temporal signature fluctuates when you're thinking too hard. Makes you detectable."

You attempt to modulate your thought patterns, an unusual exercise that creates a 0.3-second lag in your cognitive processing.

He swipes the identification card through the scanner, which responds with a soft tone at exactly 432 Hz—the standard confirmation frequency.

The interior of the reality anchor is even more fascinating than its exterior.

The lobby appears standard-neo-minimalist design, temporal-stabilized plants arranged at mathematically significant intervals—but your enhanced perception detects the subtle wrongness of the space.

The air pressure is precisely 0.7 kPa higher than standard atmospheric conditions.

The lighting pulses at a frequency of 7 Hz, which is imperceptible to normal human vision but clearly designed to reinforce temporal compliance in visitors.

"Maintenance elevator is on the left," Agent Min says, guiding you with a subtle gesture. "Don't look at the central column."

Naturally, your eyes immediately flick toward the center of the lobby.

The sight momentarily overloads your visual processing.

A column of pure temporal energy rises from floor to ceiling, contained within quantum-stabilized glass. The energy moves in patterns that defy standard physical laws—simultaneously flowing upward and downward, existing in multiple states… at once?

"I said don't look," he hisses, fingers closing around your wrist to redirect; not enough to cause discomfort.

"What is that?" you ask, unable to fully suppress your curiosity despite his warning.

"The anchor point," he says, voice tightening as he guides you toward the maintenance elevator. "Direct connection to the Master Clock. Looking at it too long causes temporal vertigo in most humans."

You save this information, filing it under high-priority data.

"And in non-humans?"

His steps falter—0.3-second hesitation.

"In Outliers," he corrects quietly, "it can trigger awakening."

The maintenance elevator requires another scan of his falsified credentials.

As the doors close, enclosing you in a space of approximately 2.3 cubic meters, you notice the absence of standard temporal monitoring devices.

"Why aren't there cameras?" you ask, scanning the ceiling corners where monitoring equipment would typically be installed.

"Reality anchors generate too much temporal interference for standard surveillance," he explains, pressing the button for floor 30. "Creates blind spots in their system."

"That seems like a significant security vulnerability," you observe.

His mouth quirks again.

You don’t know why you’re starting to find the gesture attractive.

"Why do you think we're using it?"

The elevator ascends at precisely 3.7 meters per second, which you note is faster than standard civilian elevators but slower than executive transport. Your inner ear registers the acceleration, adjusting automatically.

"The travel spot," you begin, mind working through the problem. "You said it's in the upper levels of the adjacent tower. Why can't we access it directly?"

He leans against the elevator wall, posture relaxing by approximately 7%.

"Security protocols," he says. "The tower has standard monitoring. The anchor doesn't. We cross through the anchor's 30th floor-maintenance level, and then we use the connecting bridge to access the tower."

"And after that?"

"After that, we find the travel spot." He checks his watch again—fourth time in 12.7 minutes. "It should be somewhere between floors 90 and 97."

You calculate the search parameters.

"That's approximately 7,432 square meters of potential location space," you note. "Seems inefficient."

"I'll narrow it down once we're closer," he says. "My temporal sense can detect the quantum fluctuations at closer proximity."

The elevator slows as it approaches floor 30, and Agent Min straightens, resuming his alert posture.

"When we exit, walk like you're supposed to be here," he instructs. "Maintenance personnel check this level every 73 minutes. Current interval gives us approximately 47 minutes before the next sweep."

"Understood," you confirm, automatically adjusting your posture to match standard CHRONOS maintenance staff parameters—shoulders back, gaze forward, movements economic and purposeful.

The elevator doors open to reveal a stark corridor illuminated by temporal-stabilized lighting.

Walls are lined with quantum-reinforced panels marked with mathematical equations that your pattern recognition identifies as temporal field calculations.

Agent Min steps out first, fluid and confident.

You follow, checking every detail of this restricted environment that few civilians ever see.

"Don't touch anything," he warns, leading you down the corridor. "Some of these panels are directly connected to the temporal field generators."

You resist the urge to examine the equations more closely, focusing instead on maintaining the appropriate walking pace and posture.

"The connecting bridge is 23 meters ahead," he says, voice low. "Once we cross, we'll need to take the service stairs. The tower's elevators are monitored."

"Stairs?" you query, calculating the energy expenditure required to ascend approximately 60 floors. "That seems—"

"Necessary," he interrupts. "Unless you'd prefer to explain to CHRONOS why we're accessing restricted floors."

You concede the point with a slight nod.

15 degrees downward, 15 degrees upward.

As you walk, your mind continues processing the reality anchor's structure, the equations on the walls, the subtle vibration beneath your feet that suggests massive energy manipulation occurring somewhere below.

"You're thinking too loud again," Agent Min murmurs, not turning to look at you.

"That's not physically possible," you counter automatically.

"Your temporal signature disagrees," he says, tapping his temple with his index finger. "I can feel it fluctuating."

This statement contains another logical inconsistency.

Standard humans cannot detect temporal signatures without specialized equipment.

Yet once again, your temporal analysis centers don't flag it as a falsehood.

"How—" you begin.

"Bridge is just ahead. Stay close."

But the bridge…

It’s not offline. It’s gone.

You stare at the empty space where reinforced glass and temporal alloys should’ve formed a secure pathway.

Only support beams remain, jagged edges still glowing from whatever energy weapon severed them.

Agent Min’s eyebrows do something statistically improbable—contracting inward by 0.9 centimeters while the skin between them folds into three distinct creases.

You’ve never seen his face execute this particular combination of micro-expressions before.

“They altered this sector’s infrastructure,” he mutters, more to himself than you.

His left hand twitches toward his Chrono-Sync Watch, aborting the movement halfway.

You pivot toward the window, retinal sensors catching a faint outline-maintenance door, 3.2 meters left of the destroyed bridge.

Beyond it: a sheer drop, then the adjacent tower’s western face.

Your mind calculates the distance before your ethics committee can veto the idea.

“We could jump.”

He doesn’t immediately dismiss it.

That’s how you know things are bad.

“Distance?” he asks, joining you at the window.

“14.7 meters horizontally, 3.3 meters vertical elevation differential.” You tap the glass, triggering a subconscious visualization overlay. “Structural analysis indicates the target building’s exterior has adequate grip points for—”

“For me,” he interrupts. His breath fogs the glass near your fingertip. “Not for you.”

You tilt your head, analyzing his profile. “You’re suggesting I remain here while you—”

“I’m suggesting you stop suggesting suicide vectors.” His jaw works, a muscle ticking at 2.7-second intervals. “There’s another route. Has to be.”

You let him pace—eight steps toward the elevator, twelve back—before interrupting.

“Average human long jump record is 8.95 meters. My enhanced musculature could theoretically—”

“Theoretically splatter across sixty floors of neo-Brutalist architecture.”

You frown. “We’re only thirty floors up.”

“From the anchor,” he says. “The tower’s foundation sits two levels below base-grade. It drops into a full infrastructure pit—ventilation shafts, temporal gridwork, CHRONOS substation access. You fall here, you don’t just hit pavement. You keep falling.”

He gestures down through the glass.

“Sixty floors straight into the sector’s hollowed-out gut. Like getting thrown down a well lined with concrete and death.”

How does he even know all that?

But before you can let curiosity get the best of you again, he stops mid-stride, pinning you with that look again. The one that makes your internal processors skip.

“But—”

“No.”

You frown, press your palm against the window, feeling the tower’s vibration through the glass.

“Then you go first. Anchor a line. I’ll follow.”

He’s already shaking his head. “Temporal energy doesn’t work like that. Can’t manifest solid constructs without—”

“Without triggering every sensor in the sector. Yes.” You turn from the window, meeting his glare. “So, again, that leaves one option.”

For three seconds, the only sound is the reality anchor’s low-frequency hum.

Then he swears—a creative combination of English and technical jargon your language centers can’t fully parse.

The maintenance door handle feels colder than ambient temperature suggests. You’re calculating wind shear variables when his gloved hand covers yours, halting the motion.

“If we do this,” he says, voice stripped to its raw edges, “you follow my instructions exactly. No deviations. No calculations mid-air. Understood?”

You nod, the movement precise.

15 degrees down, 15 up.

He releases your hand to grip both shoulders instead, leaning in until his mint-and-ozone scent overrides the tower’s sterile air.

“When you jump, you don’t think about falling. You don’t think about distance. You think about needing to be on that ledge. Your entire existence becomes that single purpose.”

You open your mouth to request clarification on biomechanical feasibility—

“No.” His fingers tighten. “No questions. Your body knows how. You just have to stop overloading it with doubt.”

The paradox registers immediately.

“But without understanding the mechanism—”

“Understanding comes later.” His thumb presses into your collarbone, exactly where that freckle hides beneath synthetic fabric. “Surviving comes now.”

You glance past him to the abyss.

He opens the door.

The wind’s howling at 37 knots now, whipping hair into your eyes.

“Probability of success?”

He doesn’t sugarcoat it. “Sixty-eight percent. If you focus.”

“And if I don’t?”

For the first time, his face contracts—a fractional widening of pupils, a minuscule catch in his breathing rhythm.

“Then I’ll reset time until you do.”

The words register as raw, hovering between you for a few seconds before he finally turns toward the void.

You watch him leap—no hesitation, no visible calculation. Just pure intent translated into motion.

He makes it look effortless.

And then it’s your turn.

The wind screams. The city sprawls below, a mosaic of blue-lit grids and shadow.

You psych up the variables: air density, potential updrafts, the exact angle of your target ledge.

Then you stop thinking.

You launch, and the world narrows to wind and numbers.

For a moment, there’s no sound, no up or down. Just velocity and the impossible distance between you and the ledge.

Adrenaline floods your system, not sharp but heavy, like a stone pressed to your sternum.

You’re aware of your own mass, the drag of your body through air, the way your limbs cut a path no algorithm could ever predict.

Agent Min is already there, turned halfway, eyes tracking your arc. His mouth moves—maybe a warning, maybe your ID number—but the rush drowns it out.

You think of the other side. You need to reach the other side.

The imperative is simple, absolute.

Not crossing means plummeting. Not crossing means becoming a data point in a CHRONOS incident report.

You make the mistake of looking down.

Thirty floors up, the city is abstract.

Cars, people, light—all reduced to static.

The void is real.

You feel it in your teeth, in the way your stomach seems to invert, in the cold sweat prickling your palms.

Your calculations fracture. The ground is coming up fast.

You look up.

Agent Min’s silhouette sharpens against the skyline, mint hair a streak of color in the blue haze. His eyes widen��first time you’ve seen that particular fear.

He’s reaching for something, or maybe just reaching.

You’re falling.

The world tilts. Air roars past your ears. Time dilates, then contracts.

You’re aware of every heartbeat, every useless attempt your muscles make to grab onto empty space.

The ledge is gone. The city is too close.

Then—discontinuity.

You’re upright. Feet planted on solid ground. Breath caught in your throat.

Your hands move before your mind does, fingers flexing, checking for fractures, for blood, for any sign of what should have happened.

Everything responds. No pain. No missing time.

Agent Min spins, posture radiating pure stress and panic.

His face is a study in shock—mouth open, eyes blown wide, like he’s seen a ghost.

You blink. He blinks.

Your heart is still racing, but your body is whole. You’re here. You made it. The numbers don’t add up, but the outcome is undeniable.

You’re alive.

Agent Min’s gaze darts between your left and right pupils, rapid assessment mode engaged, as if he’s scanning for damage or data.

“Damn it, Noma,” he mutters, voice rough and frayed at the edges. “Holy hell.”

His hands clench into tight fists at his sides, knuckles whitening under the strain.

You note the micro-tremor in his fingers-2.3 hertz, consistent with suppressed impulse.

He exhales, a controlled release of 1.7 liters of air over 3.1 seconds, then drags a gloved hand down his face, smearing frustration across his features.

Before you can catalog further, a mechanical whine pierces the air-high-pitched, 17 kHz, consistent with a CHRONOS surveillance drone.

Agent Min’s posture shifts instantly, weight forward, arm half-raised to shield or shove you aside.

“Watch—”

You tilt your head back, a reflex, not a decision.

There’s a sound—metal crumpling, like foil under pressure—and the drone’s frame twists mid-flight, folding inward at impossible angles.

It drops, a lifeless heap, 4.7 meters below the ledge.

He stares at the wreckage, then at you.

“Well. Alright then.”

Your mind is already running diagnostics.

“Did I cause that?”

He lets out a long, resigned breath, shoulders dropping by 1.2 centimeters.

“Yeah. You did.”

“How?”

Your spatial awareness logs are blank—no memory of intent, no record of action. Yet the evidence is undeniable: twisted alloy, a perfect collapse.

You flex your fingers again, searching for a trigger, a mechanism. “Was that a manipulation of spatial configuration? A localized distortion field? I need parameters.”

He steps closer, mint and ozone cutting through the sterile tower air, but his expression is all weariness.

“We gotta move, Noma. Now.”

You plant your feet, shifting your center of gravity to counter his subtle pull.

“Explanation required. Did I alter the drone’s physical positioning? Compress its structural integrity via spatial warp? Or—”

He makes a sound full of resignation.

“Look, Noma, I l—”

He cuts himself off, jaw snapping shut with an audible click.

A recalibration.

“I get it. I do. But we don’t have the luxury of a debrief right now.”

Your brow creases, a 0.5-centimeter furrow.

“Understanding the mechanics of an undocumented ability is not a luxury. It’s a necessity. If I can replicate—”

“You will,” he interrupts, voice low but firm, carrying a weight you can’t parse. “Just not here. Not with drones sniffing our temporal signatures.”

You glance at the wreckage again, mind spinning through theoretical models.

No data, no precedent.

Just a gut—deep certainty that you reshaped reality without conscious input.

The implications are staggering.

If you can do this instinctively, what else lies dormant? What are the limits? Energy costs? Detection risks?

He’s watching you, reading the cascade of queries behind your eyes. “I know that look. And I’m telling you to shelve it. We’re exposed.”

“Five seconds,” you negotiate, already cross-referencing the drone’s design against known CHRONOS tech. “If I can isolate the method—”

“Zero seconds.” He grumbles, fingers wrapping around your wrist and pulling you behind him. “Survival first. Science later.”

Your logic centers protest, but the risk assessment aligns with his.

You exhale—petulant, probably, but you do not care.

Because whatever you did, it’s a piece of the puzzle. A fragment of who—or what—you are.

And you’ll dissect it, variable by variable, until the equation balances.

You don’t realize you’ve been holding your breath until the air shifts.

Up here, it tastes different.

Thinner. Filtered, maybe. Like someone cleaned it too well, stripped it of anything real.

The ground is nothing but blur—washed out in streaks of artificial white and synthetic blue haze. Designed to erase depth perception. To flatten the concept of below into something distant. Forgettable.

CHRONOS engineering at its finest.

You step closer to the edge, boots scraping faintly against the metal grating.

The city is unrecognizable from this height. Not a city at all, just layers of grids and light. Soft pulses of movement that don’t quite feel alive. No wind reaches this far up, only some sort of hum—low, steady, mechanical.

You wonder if the workers stationed here can still hear it when they sleep.

If they ever sleep.

You’ve read the reports. Rotating shifts, twenty-hour cycles, neural stimulants to bypass natural fatigue responses. Cognitive degradation flagged as acceptable collateral. Worker retention rate at 37.2%.

In other words: not sustainable.

But great pay.

You press your fingertips lightly to the edge of the railing. Cool to the touch. Grounding, somehow.

You scan the skyline, calculating angles, distances, escape vectors you’re not sure you’ll ever need but catalog anyway.

That’s what you do.

What you’ve always done.

But the sky pulls at you. Quietly. Persistently.

Dark velvet stretched wide above your head, broken only by the scatter of stars.

You tip your chin back, gaze locking onto a thousand silent points of light, each one burning impossibly far away.

Data points you can never reach, but something in you reaches anyway.

And there—framed in that endless black—

The moon.

Not in any model you’ve ever studied. Not filtered through facility-grade optics or distorted by atmospheric interference.

Just… suspended. Brilliant. Whole. A perfect sphere painted in shades of silver and shadow.

It’s too much, too big.

Your breath catches again, chest tightening like something fragile just cracked open inside you.

It escapes before you can stop it. A single word.

“Beautiful.”

Soft. Uncalculated.

You freeze the second it leaves your mouth, pulse stuttering in your throat.

You didn’t mean to say that.

You never mean to say things like that.

A breath stirs the space beside you. Not yours.

“…Yeah.”

Quiet. Barely more than air.

“…Beautiful.”

The confirmation scrapes against something unsteady inside you.

You shouldn’t turn. You know you shouldn’t. But your gaze shifts anyway, slow and reluctant, as if giving your body too much permission might undo you entirely.

He’s already watching.

Agent Min.

Not the skyline. Not the moon. Not the impossible stretch of space yawning above you.

You.

And he doesn’t look away.

For a suspended second, nobody speaks.

Then his eyes flicker gold.

It's the seventeenth time you've seen it happen. Seventeenth. You've been keeping count, tracking when it occurs, searching for the pattern. Not random—nothing about him is ever random—but the trigger remains frustratingly elusive.

Is it emotional response? Memory access? Some kind of power regulation failing?

You step closer until you can detect the subtle heat radiating from him—always running warmer than human baseline.

His pupils track your movement, dilating slightly.

A measurable response.

His fingers tighten on the railing, leather creaking under pressure. You note this detail, file it away.

He stares at you.

You stare back.

"I've been meaning to ask," you say, keeping your voice even despite the strange pressure building under your sternum—like something's trying to expand beyond the confines of your ribcage.

His throat shifts as he swallows. Blinks once.

“Ask what?"

"Your eyes."

His gaze slides away, avoiding yours for exactly 3.2 seconds before returning. Avoidance behavior.

Why?

The silence grows heavy between you.

If you were better at social interactions, you might understand why he doesn't respond.

But you're not, so you elaborate.

"I have noticed they appear to shine at certain moments." You tilt your head slightly. "The same color as your tendrils. But I can't seem to figure out the why."

His focus drops briefly to your mouth before returning to your eyes. Quick. Almost imperceptible. But you catch it—and the flash of gold that accompanies it.

Interesting correlation.

He looks at your lips = eyes change.

Cause and effect?

Sexual response?

Your gloved hand lifts toward his face, hovering in the space between you.

Not touching. Not yet. Just... there. Testing a hypothesis.

"Noma," he says, your nickname rough around the edges. "That's... not advisable."

Why does that name feel so familiar when he says it?

"Why not?" The tilt of your head increases, curiosity sharpening. "I'm collecting data. Your ocular anomalies appear to correlate with specific emotional states."

You watch his pupils expand, blackness swallowing the iris except for that gleaming ring of gold.

"It's not a lab experiment." His jaw clenches, muscle rippling beneath skin.

He's restraining something. But what?

"Everything is data," you counter, your hand still suspended between you. "The gold appears when proximity decreases between us. When conversation shifts toward personal topics. When you look at my—"

You stop yourself. Recalibrate.

"When certain visual attention patterns emerge."

His breath changes rhythm—slower in, quicker out. You track this shift automatically.

"And what conclusion have you reached based on these... observations?" His voice has become unsteady.

In it, a roughness that wasn't there before.

The scientist in you needs to categorize it.

The rest of you just wants to hear more of it.

"Insufficient evidence for definitive conclusion." Your palm drifts closer to his face. "Hence the need for additional testing parameters."

"Agent." Warning laces his tone, but you note the contradiction in his body language—the slight forward tilt, the micromovement toward your hand.

Your watch beeps softly. Temporal variance: 0.87%.

Why does your temporal signature fluctuate around him?

Why does your body recognize patterns your brain can't access?

"The gloves provide sufficient barrier protection for initial contact testing," you say, though in the back of your mind, you know that's not why you want to touch him. Not really.

"It's not about the barrier," he says, still not pulling away.

"Then what is it about?"

His eyes lock with yours, longer than his usual pattern. Something shifts in them—not just the color, but something deeper.

Like barriers cracking.

"It's about..." He pauses, searching for words. "Restraint."

"Explain."

Not a request. A need.

One corner of his mouth quirks up. "Demanding tonight, aren't we?"

Your hand inches closer.

"Is that why your eyes change?" You push for answers, always pushing. "A failure of restraint?"

A sound catches in his throat, something between amusement and pain.

"They change when I'm..." He stops, recalibrates. "When I feel things too strongly."

"What things?"

"Anger. Fear."

His gaze drops to your mouth again, longer this time.

"Want."

The word settles into your chest, makes a home there.

Your lungs feel suddenly insufficient, breath coming shorter despite oxygen levels remaining constant.

"And now?" Your voice sounds different to your own ears, pitched lower. "Which is it?"

His hand leaves the railing, wraps around your wrist. Not pushing away—just holding. Containing—touch gentle but unmistakably firm.

"What do you think, Noma?" Your nickname sounds different this time.

Softer. Almost tender.

Why does it affect you when he says it like that?

You mentally catalog his physiological responses: dilated pupils, elevated respiration, muscle tension patterns indicating both arousal and resistance.

"Want," you determine with absolute certainty.

His eyes flare gold again—holding this time, not flickering away.

"Good analysis," he murmurs, still not releasing your wrist.

Your pulse thrums against his fingers. You can feel it jumping, betraying things your clinical mind refuses to name.

"May I?" Your gloved hand moves closer to his cheek.

Why are you pushing this? Why does it matter?

This isn't efficient data collection.

This is... something else.

His throat works as he swallows.

"We shouldn't," he says, strain evident in every syllable. "That's my professional assessment."

"We're both still wearing gloves," you argue, logic centers frantically constructing justifications. "Barrier intact. Risk parameters acceptable."

"You know it’s not about statistics." His grip loosens slightly.

He doesn't elaborate.

Something complicated moves across his face, too fast for even your pattern recognition to decipher.

You need to know. You need to understand.

Why him? Why you? Why now?

Decision made, your hand pushes forward, breaking through his weakened resistance. Your gloved fingers make contact with his cheek.

And—

Oh.

The sensation defies categorization. Despite the barrier of fabric between you, something passes through the touch.

A current.

An echo.

Something your scientific vocabulary can't properly name.

His eyes close. He looks suddenly vulnerable in a way that makes your chest ache.

"Your temporal signature," he says quietly, "it just... aligned with mine."

Your eyes drop to your watch. Temporal variance: 0.00%.

Perfect stabilization.

That's impossible.

There's no precedent for this in any temporal physics model.

"How?" The question slips out, unfiltered and raw.

His eyes open slowly, gold filling them completely now.

Steady and bright and impossibly beautiful.

Beautiful.

"Because," he says simply, "we're designed to fit."

You should process this information. Should file it away with all your other observations about Agent Min and his inexplicable abilities. Should create new theoretical models to explain the perfect temporal alignment currently registered on your watch.

Instead, you just... feel.

The warmth beneath your fingers. The impossible gold of his eyes. The way your body seems to recognize him on some cellular level your mind can't access.

‘We're designed to fit.’

The implications of that statement should terrify you.

Instead, they feel like coming home.

You're staring into his golden eyes when a low whizz cuts through the air.

Your auditory processing centers register the sound at approximately 17kHz—just within human hearing range, but with a distinct mechanical oscillation pattern consistent with CHRONOS drone propulsion systems.

Before your brain can fully process the threat, Agent Min's head whips around—reaction time approximately 0.3 seconds faster than optimal human baseline. His pupils contract, gold flares brighter, mouth opens to form what appears to be a warning.

Too late.

Something hits you from behind—force vector approximately 47 newtons, angle of impact suggesting deliberate trajectory. The pressure against your back lasts precisely 0.7 seconds.

Then nothing.

Air rushes past your ears at increasing velocity. Your inner ear fluid shifts dramatically, sending conflicting data to your vestibular system. Gravity reasserts its dominance with brutal efficiency.

You're falling.

Again.

Acceleration rate: 9.8 meters per second squared.

Terminal velocity approaching.

Probability of survival without intervention: 0.003%.

The analytical part of your brain calculates these figures automatically while your body experiences what can only be termed as terror—heart rate spike of 73%, adrenal glands flooding your system with cortisol and epinephrine.

"NOMA!"

The sound tears through the rushing air—raw, primal, carrying a frequency range your pattern recognition flags as desperate.

You twist mid-air, arms instinctively moving to shield your head from inevitable impact.

That's when you see him.

Agent Min.

Yoongi.

Falling just above you, body positioned in a perfect diving form that creates maximum aerodynamic efficiency.

His trajectory indicates purposeful action.

He jumped after you.

He's saying something—lips moving rapidly—but the blood rushing in your ears creates a noise barrier approximately 84 decibels. His words are lost in the chaos of your fall.

Your abilities.

The thought crystallizes with sudden clarity.

You teleported earlier. Spatial manipulation. If you could replicate that effect now—

Focus. But how? What's the trigger mechanism?

Your thoughts scatter across multiple processing centers, frantically searching for the neural pathway that activated during the previous incident.

Agent Min never explained the mechanics.

He should have.

You’ll make sure to have that conversation later.

If you survive, that is.

Golden tendrils emerge from his outstretched fingers, extending at velocities that defy standard temporal physics. They reach toward you, pushing against the air itself as if trying to accelerate his fall beyond normal gravitational parameters.

You struggle to replicate whatever neural pathway activated before. Nothing happens. Your fingers flex, your mind focuses, your desperation builds.

What triggered it before? Survival instinct? Specific neural configuration? Direct threat vector?

The golden traces stretch further, now mere centimeters from your reaching hands. Their movement creates visible distortion in the air, like reality itself warping around their influence.

Then—

Something shifts within you.

Not gradual.

Not building.

A sudden quantum change in your neural configuration.

Your cognitive perception splits for exactly 0.7 seconds—awareness operating in multiple states simultaneously.

Tendrils emerge from your own fingertips.

Golden, like his, but fundamentally different. Where his flow like liquid, yours crystallize like faceted gold. Where his move in clockwise patterns, yours rotate counterclockwise.

Opposing rotations.

Perfect complements.

They reach out—not by your conscious command but through some deeper programming—and intertwine with his traces. The contact creates an immediate energy transfer that registers across your neural receptors as both hot and cold simultaneously.

In the space between one heartbeat and the next, the world blurs. Spatial coordinates shift in ways that violate every physical law you've ever studied. Distance compresses, then expands.

You're in his arms.

The transition happens without intermediate steps—one moment falling separately, the next secured against his chest, his left arm wrapped around your waist with exactly 82% more pressure than necessary for stability.

You register multiple data points simultaneously:

- His elevated body temperature: 39.1°C

- His heartbeat: 172 BPM

- His breathing: rapid, shallow, 24 respirations per minute

- His face: positioned 3.4 centimeters from your cheek, over your shoulder

So close. One small movement would bring skin against skin.

Your temporal readings spike at the mere possibility.

Before you can process this new configuration, another force vector impacts you both—lateral trajectory, approximately 93 newtons.

Not from Agent Min.

External source.

Someone else.

Your coupled bodies are propelled sideways at high velocity.

The world blurs again as you and Agent Min, still locked together, phase through what appears to be solid matter.

Glass. Concrete. Steel.

Your molecular structure should be encountering significant resistance, yet moves through these barriers like they're nothing more than projections.

Quantum tunneling? Spatial displacement? Molecular phasing? Your scientific vocabulary struggles to categorize the experience.

Impact comes suddenly—both of you hitting a solid surface at approximately 37% of terminal velocity. The force disperses through your skeletal structure, joints absorbing kinetic energy at efficiency rates that exceed normal human parameters.

You roll, momentum carrying you across hard flooring. Pain signals to your central nervous system—data indicating tissue stress but not structural failure.

When you finally stop, every bone in your body aches with the signature of controlled landing trauma.

Not optimal, certainly not comfortable, but survivable.

Survivable by design.

You inhale sharply—2.1 liters of air in 0.8 seconds—and your eyes search frantically for Agent Min.

Where is he? Was he injured in the landing? Who pushed you? How did you phase through solid matter?

Your golden tendrils have vanished, leaving only lingering warmth on your fingertips where they emerged.

Your watch beeps an unfamiliar pattern: Temporal-spatial variance detected. Recalibration required.

You blink rapidly, visual processing recalibrating as you scan the environment.

Sleek walls. Polished concrete floor.

Location unknown. Sector indeterminate.

Blood drips onto your hand. Your nose is bleeding again—heavier flow than before. Your fingertips come away stained crimson. Your skull throbs in pulses, each one making your vision blur at the edges.

"For fuck's sake, Jungkook, you almost killed them!"

Taehyung's voice cuts through the fog in your head, sharp with that specific tension you've cataloged as his version of concern.

"I was literally on the clock before they became sidewalk art!" Jungkook shoots back, hands gesturing wildly. "Next time maybe give me more than a seven-second window!"

"Seven seconds is generous considering—"

"Generous?" Jungkook's voice cracks slightly. "Try mimicking two completely different abilities at once! My brain feels like it's been microwaved!"

The argument washes over you in waves as you press your palm to your forehead.

The pain isn't unbearable, just... insistent.

Demanding attention like everything else in this mess of a situation.

Your eyes find Agent Min, seated on the floor several meters away. His right hand grips his left shoulder, features tightening in a microexpression of pain he's clearly trying to suppress.

The joint looks wrong—angled slightly off anatomical baseline.

"We don't have fucking time." His voice slices through the bickering, rough-edged and final. "They're onto us."

Jungkook whips around.

“No shit? Why do you think we had to pull this stunt?" His hand sweeps through the air. "We couldn't even reach you with Taehyung's interfacing—you were completely out of range! Thank god Y/N's abilities are something else entirely."

Agent Min's eyes narrow, focusing on Jungkook with an intensity that carries clear warning.

Not a word.

Just that look.

The one that stops conversations dead.

Jungkook registers it immediately, jaw snapping shut, body language shifting from confrontational to compliant in under a second.

Interesting.

They're hiding something about your abilities.

What exactly don't they want you to know?

Taehyung clears his throat—a sound designed to redirect attention.

He points behind him toward what can only be described as a tear in reality itself. A circular formation pulsing with quantum uncertainty, its borders shifting between states of matter in ways that shouldn't be physically possible.

"What about base first, arguing later?" he suggests, voice calm in that way people get when they're trying too hard.

You wipe blood from your upper lip. Your eyes find Agent Min again, seeking his reaction. His gaze meets yours briefly before sliding away, gold still lingering at the edges of his irises.

Why won't he look at you properly?

What does he know that you don't?

"What is that?" The question falls from your lips before you can stop it, analytical systems demanding data despite everything else.

"Travel spot. Portal to headquarters," Taehyung answers, shoulders relaxing slightly at the subject change.

You shift your weight, preparing to stand, when your temporal readings spike without warning. The numbers flash red: 3.17%

That's not good.

"Stabilize her," Agent Min orders, voice clipped. "Temporal cascade imminent."

Jungkook moves fast, crossing the space between you in under a second.

His fingers press against your temporal monitor, executing adjustments with practiced precision.

"Breathing," he instructs, tone sliding into something steadier. "Seven in, seven out. Match me."

The contact triggers something—a flash of memory that doesn't quite feel like yours:

Different hands.

Same words.

"Breathe with me, Noma. Focus."

Pain spikes behind your eyes as incompatible memory patterns try to align. The room tilts slightly.

"What happened up there?" Taehyung asks, attention on Agent Min.

"Temporal ambush," he answers, face tight. "Drones masked behind a reality field."

Taehyung's eyebrows rise. "That's still in R&D."

"Apparently not anymore." Agent Min pushes himself upright, grimacing as his shoulder shifts. "They're adapting faster this time."

This time.

As opposed to when?

"Your tendrils connected with his," Jungkook says quietly as he monitors your readings. "That's what stabilized you both mid-fall."

You blink, memory fragments of golden light intertwining in freefall.

The way your body reacted without conscious direction.

The impossibility of the physics involved.

Agent Min moves toward the portal with measured steps. "We need to move before CHRONOS tracks the spatial distortion."

"She deserves to know what she can do," Jungkook says, voice low but firm.

Agent Min stops, spine stiffening visibly.

“When she's ready."

"And who decides that?" Jungkook challenges, though his hands remain gentle on your monitor. "You?"

The tension between them feels old somehow. Well-worn. Like terrain they've crossed many times.

"Portal stability dropping," Taehyung interrupts, hand cutting through the air. "Either we go now, or we're stuck here."

Agent Min's eyes flick between you and the portal, calculations running visible behind his eyes.

“We are leaving.” He simply mutters, final.

“Of course we are.” Jungkook replies with a hint of something almost like resignation.

Your temporal readings begin to stabilize: 1.47% and decreasing.

Jungkook's hands withdraw from your monitor. "Stable enough for transit."

Agent Min approaches, movements careful despite his obvious discomfort. His right hand extends toward you, gloved palm up.

"The first transit is... disorienting," he says, voice dropping to something softer. "Holding on helps with the spatial realignment."

You stare at his outstretched hand. The leather creases in familiar patterns. The angle of his fingers seems to match your palm perfectly.

‘We're designed to fit.’

His earlier words echo through your mind, connecting dots you didn't even know existed.

"Noma," he says quietly. "Trust me on this one."

The nickname bypasses all your analytical systems, triggering responses you can't explain or quantify.

Your hand moves before your brain fully catches up, fingers sliding into his with strange, impossible familiarity.

Your watch beeps once more: Temporal variance: 0.73%.

Stabilizing.

“Let’s go.”

goal: 275 notes

next | index

— taglist

@cannotalwaysbenight @taevanille @itstoastsworld @somehowukook @stutixmaru @chloepiccoliniii @kimnamjoonmiddletoe @ktownshizzle @yoongiiuu93 @billy-jeans23 @annyeongbitch7 @mar-lo-pap @hobis-sprite0218 @mikrokookiex @minniejim @curse-of-art @cristy-101 @mellyyyyyyx

no reposts, translations, or adaptations

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swappingbryn · 5 months ago

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Hayden Goes Haywire

Hayden was one of my very first clients after getting my certifications. He had a lot of potential but needed discipline and to learn. It took a while, but he improved and developed into a true gymbro, and after a year stopped being a client and became my gym partner.

Everything was going great, or so I thought, until Hayden told me “I finally took the plunge, I quit my as a senior data analytics associate. I took the tests and just found out I passed, I’m a certified trainer too.” While that was a surprise, what hurt more was my long term clients started seeing him.

I confronted him and said “dude, I’m happy for you, but you’re taking all my clients. I thought we were friends, I helped you when you first started out and for three years we’ve been bros.” He looked unfazed and shrugged, “listed, you did help me out, but it’s your own fault this is happening. You don’t know anything about the business world, you can’t keep up, and you shouldn’t have taught me everything you knew. You told me things about training I’d never heard of and haven’t seen anywhere else.” By then I was seeing red, and once he turned around, I responded “if you weren’t so busy being a dick, you’d have realized I didn’t teach you everything I knew,” and I released all my pent up anger and aggression and lunged at him.

Hayden felt a huge weight on his back, and then it all went black. The next thing he knew, you was harm and wrapped up in a nice blanket, and then he heard a distant voice, “oh, I’m glad you’re finally awake, I was afraid I’d knocked you out too hard and lost you.” He tried to move but couldn’t, he couldn’t speak either. “Don’t bother, you can’t talk at all and you’ll have very little ability to move, except to get hard” said the voice again, it sounded familiar. He felt himself moving against his will. “You really shouldn’t have acted like such a dick dude, even though you started as a client, I did see you as a friend,” it was only then that Hayden recognized the voice, it was his voice, but not coming from him. He felt the blanket pull away and something huge roughly grab him, and then he felt sick. “We could have been business partners, but you wanted everything all for yourself. Well, now you’re nothing, just a massive dick, MY massive dick.” And Hayden felt a stream of urine come out of his mouth. He was literally a sentient dick attached to his former body.

@celebritybodyswaps

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saywhat-politics · 5 months ago

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Ending a two-decade program to give people in poor countries anti-HIV medication will cause millions to develop AIDS and die. It's also a massive national security disaster.

The Trump administration cruelly and abruptly stopped the distribution of live-saving antiretroviral drugs to almost 26 million people worldwide. The program, the President’s Emergency Plan for AIDS Relief—PEPFAR—is the global health program started by Republican president George W. Bush in 2003. He celebrated the 20 year anniversary in 2023 at his presidential library.

While the White House has called this a “pause,” The New York Times described it in more dire terms:

On Monday afternoon, officials worldwide were alerted that PEPFAR’s data systems would shut down at 6 p.m. Eastern — roughly three hours after the email was received — immediately closing off access to all data sets, reports and analytical tools.

“Users should prioritize copying key documents and data,” said the email viewed by The Times.

The message prompted speculation that the program would not resume, as its future was already in question.

The Times noted, in what seems like pure evil, that the administration, “has instructed organizations in other countries to stop disbursing H.I.V. medications purchased with U.S. aid, even if the drugs have already been obtained and are sitting in local clinics.”

#donald trump #second term

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bayporwave · 2 months ago

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ZENITH REF UPDATE

Goober got a cooler fit and a smidge of lore.

Zenith lives upon Olympus, a massive AI controlled space station owned by the Xerox Corporation. She's mostly a recluse on the station, mainly doodling and gaming in the spare time. At work she's running errands for her boss, A-7142, a sapient data analytics AI whom Zenith fauns over.

Minor Olympus lore: The space station's AI is named Eureka. She was Xerox Corp's greatest achievement until she replaced a massive portion of their human personnel after they left the solar system 200 years ago. Most of the residents on-board are either RC units ran by her, or AIs that budded off her code over time.

#sci fi #robotsona #Zenith #Orbital Olympus #Eureka #art #Robot oc #Robot

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alltimefail · 6 months ago

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In the tune of Hot To Go:

S-A-V-E D-B-D

🎶 @netflix renew this show please! 🎶

(and this goes for you too, @warnerbrosentertainment. It was just too hard to fit your name in the song, sorry.)

Dead Boy Detectives...

Had a 3-week run in Netflix's top 10 most-watched list and made the Nielsen Scale twice following its release.

Is critically acclaimed, and with a 92% score on Rotten Tomatoes it is one of the best-performing DC TV shows to date.

Is Award-winning in directorial merits

Consistently ranks in best-of lists for its genre, even post-cancellation (we're up to 50 now!)

Audience demand for Dead Boy Detectives is 10.3 times higher than the average TV series in the US and 8.2 times in the UK. For context, 2.7% of shows have this level of demand. (This data is via Parrot Analytics).

This series has a devoted following and has won over critics, fans, and media outlets alike.

Please do not waste the efforts of all those involved and the undeniable potential of this show! Fans want more! There's a massive profit to be made here!

#I posted this on Twitter and it made me giggle so I thought I'd share my shitpost here too #But I'm so serious I need more of this show. Like not a want but a NEED.#dead boy detectives #save dead boy detectives #dbda #chappell roan #the dead boy detectives #the dead boy detective agency #dbda memes #<- it counts I think lol #*mine #dbda netflix #dead boy detectives netflix

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the-empress-7 · 4 months ago

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Do you genuinely see stuff about the Harkles outside of the internet? I feel like their coverage has dropped massively while you were gone did stuff about them come up organically?

Great question anon! As you know I took a major step back from royal watching the past few months, but it's not the first time I have taken a break in the many years I have been following this mess. During this most recent break the difference was stark, not once did the Harkles break through organically into my "normal" media consumption. Catherine did, many times over, as did William and their children.

This most recent IG games validated things for me in a big way. I was lucky enough to be away on a business trip on the other side of the planet for almost the entirety of the games. Not only did nothing break through, I also had a really hard time trying to find information on it via my usual methods. The only accounts that delivered were the hardcore Megxit accounts who pour over everything they do, and even they posted sparingly (relatively speaking).

Her return to Insta kind of made the news, but even then barely. It was nowhere near the level of attention that Catherine has gotten no matter what she has done in the past year. I bet that has Meghan spitting nails.

I don't have access to Google analytics, but if someone does I'd love to see the data for the trends on MM. I remember when @anonymoushouseplantfan used to share the info, and it was all flatlining even back in 2022.

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itsgerges · 11 months ago

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Best Regards

The Gravitational Waves Reflection In The Solar System (Analytical Study)

Abstract

Paper question

If The Gravitational Waves Are Reflected In The Solar System- How Can We Discover Or Prove That? And What's The Useful Result Of This Reflection?

Paper hypothesis

The Gravitational Waves Are Reflected In The Solar System- And This Reflection Causes To Square The Wave Velocity- Means- The Wave Velocity After The Reflection Be Squared The Wave Velocity Before The Reflection-

The hypothesis explanation

Preface

The Gravitational Waves Source And Motion Trajectory

Can The Gravitational Waves Move By Speed Of Light?

Can A Light Beam Be Created By The Gravitational Waves Motion?

The Sun Rays Production Mechanism

The Sun Rays Production Details

If the gravitational wave moves by a velocity 205.8 km/s how can this wave velocity be accelerated to be equal the speed of light (300000 km/s)?

The Gravitational Waves Reflection Effects On The Motion Data

The Gravitational Waves Reflection Proves (General Proves)

Venus Reflected The Gravitational Wave Toward Mars (The 3rd reflection)

What's The Negative Effect Done By Neptune Motion On The Gravitational Waves?

Can The Planets Motions Use Different Rates Of Time?

The Planets Motions Use Different Rates Of Time (Deep Analysis)

Notice/ The Paper Definitions Are In Page No. (109) –

The Definitions Are

(mass gravity definition)

(The Sun Gravitational Field Theory Refutation)

(the space nature)

(the gravitational waves- the source and motion trajectory)

(planet velocity definition)

(the data distribution in the solar system)

(the star is found depending on its planets motions)

(the sun is created after all planets creation and motion)

(Planet Motion definition)

(Planet Diameter Is Created By A Mathematical Equation)

(Planet Mass definition)

(The Matter Definition)

(Can The Light Move Into The Past?)

(Why Can Not The Matter Move Into The Past?)

(Can A Mystery Be Found In The Solar System Creation?)

Paper Hypothesis Explanation And Discussion

(1st Item) Preface

The Sun Gravitational Field Theory Refutation

The Sun Doesn't Create A Gravitational Field Nor Has Massive Gravity – there are 3 proves for this fact

(1st Proof)

The sun rotation period is (25.4 days– at equator) and (34.4 days – at pole) that shows the sun has no massive gravity nor even ordinary gravity equal any planet gravity otherwise the sun would rotate around its axis in one period of time-

(2nd Proof)

No Planet Moves By The Sun Gravity – Newton is wrong- because- the planet moves by the force caused its creation- means- the planet creation and motion is done by one force only- because- if two forces have effects on the same one planet this planet would be broken- now- suppose the planet is created (by any force) and the sun gravity attracted this planets and forced it to revolve around the sun by the sun mass massive gravity (as Newton imagined) that would force the planet to move against its inner creation and will cause this planet to be broken- this is similar to a human is forced to walk on his hands in place of his legs and when this human refuses to do that (they told him we can force you by our power) for that this human walk on his hands forcedly and later this human is dead by this motion- shortly- the planet is NOT broken by its motion because the planet creation force is the force causes this planet motion- it's one force caused the planet creation and motion-

(3rd Proof)

The mass gravity force can NOT cause any motion- the mass gravity creates a bond between two masses- (the Earth and the moon are bond by the mass gravity)- by that they are similar to a lorry and its trailer – if the lorry moves the trailer will move with the lorry- but the mass gravity can NOT cause any motion- why? suppose the moon moves by the Erath gravity force- the moon moves an produces energy (1/2mv^2) and we have to ask from what source this energy will be provided- from the mass itself- means if the Earth causes the moon to move the Earth and the moon masses should be decreased by the motion energy- this is a wrong definition for the mass gravity- the mass gravity creates a bond between two masses (The Earth and the moon) if some outer force causes the Earth to move the moon will move with it and in this case the outer force will provide the motion energy for the Earth and the moon-

(2nd Item) The Gravitational Waves Source And Motion Trajectory

(1)

Planet moves and produces motion energy (1/2mv^2) and this energy can NOT be stored inside the planet body because the planet temperature would be raised by this energy and no planet temperature is raised by its motion- that forces us to suppose that the planet motion energy is stored in the space in waves form- means- the planet motion in the space is similar to the fish swimming in the sea- the fish moves because it hits the water by its body and that creates waves in the water and these waves move by the fish motion velocity (because of the reaction force)- similar to that- the planet moves in the space and its motion energy creates waves in the space and these waves move by velocity equal the planet velocity- means- Mercury (for example) moves and its motion energy creates waves in the space and these waves move by velocity = Mercury velocity (47.4 km/s) – we understand that these waves are similar to the water waves they move far from their source and can be reflected.

(2)

The planets revolve around the sun in the same direction- for that- the planets motions energies waves move toward Pluto orbit (Perpendicular on the revolution trajectory) and in Pluto orbit the planets motions energies waves are unified into one unified wave which moves by the planets velocities total – means- while the planets revolve around the sun there's one unified wave revolves around the sun and moves by velocity 205.8 km/s (the nine planets velocities total =176 km/s but I add the Earth moon velocity 29.8 km/s because the energy is stored finally in the Earth moon orbit-notice-the moon velocity equals the Earth velocity because they revolve together around the sun- the velocities total is 205.8 km/s )- Shortly – One unified wave revolves around the sun its velocity 205.8 km/s and This wave is found in Pluto orbit

(3)

This unified wave (205.8 km/s) will reflect from Pluto orbit to Venus orbit- the wave reflection details will be discussed later

(4)

This unified wave is the gravitational waves- the scientists have discovered them but they called them (gravitational waves) because the scientists supposed the waves are produced by the sun gravitational field- while the waves are produced by the planets motions energies – as we have seen the logical analysis forces us to accept that the gravitational waves must be produced by the planets motions energies because no place to store the planet motion energy except in the space as moving waves- by that the waves in the space must be produced by the planets motions energies (also I have refuted the sun gravitational field theory)

(3rd Item) Can The Gravitational Waves Move By Speed Of Light?

This Is Extraordinary: Gravity Can Create Light, All on Its Own

https://www.msn.com/en-us/news/technology/this-is-extraordinary-gravity-can-create-light-all-on-its-own/ar-AA19YL5d?ocid=hpmsnHYPERLINK "https://www.msn.com/en-us/news/technology/this-is-extraordinary-gravity-can-create-light-all-on-its-own/ar-AA19YL5d?ocid=hpmsn&cvid=620db4352aa943e2b454919a7b724604&ei=83"&HYPERLINK "https://www.msn.com/en-us/news/technology/this-is-extraordinary-gravity-can-create-light-all-on-its-own/ar-AA19YL5d?ocid=hpmsn&cvid=620db4352aa943e2b454919a7b724604&ei=83"cvid=620db4352aa943e2b454919a7b724604HYPERLINK "https://www.msn.com/en-us/news/technology/this-is-extraordinary-gravity-can-create-light-all-on-its-own/ar-AA19YL5d?ocid=hpmsn&cvid=620db4352aa943e2b454919a7b724604&ei=83"&HYPERLINK "https://www.msn.com/en-us/news/technology/this-is-extraordinary-gravity-can-create-light-all-on-its-own/ar-AA19YL5d?ocid=hpmsn&cvid=620db4352aa943e2b454919a7b724604&ei=83"ei=83

this new article tells the gravitational waves can move by the speed of light and can produce a light beam-

The article tells new information- its tells the light beam can be produced by gravitational waves motion energy when these waves move by speed of light – but the wave move by speed of light how can this wave produce a light beam?

We should notice that the article still believes the gravitational waves are produced by the sun gravitational field- this theory which I have refuted completely- but here we don't interest for the gravitational waves source but we interest for this amazing information tells the gravitational waves can move by speed of light (300000 km/s) and can produce a light beam- why is this information so amazing? Because

The sun nuclear fusion theory tells the sun rays is produced by the nuclear fusion process- the article tells there's another method to produce a light beam –

let's compare between the two methods

The sun nuclear fusion theory tells the source of energy is the sun mass which is used by the sun nuclear fusion process to produce the sun rays- means- the source of energy is the sun mass and the light production method is the nuclear fusion process

The article tells some very different thing- it tells the source of energy is the gravitational waves motion energy and the light production method is the gravitational waves motion by speed of light

If the sun rays is created by the gravitational waves motions that will change the whole vision about sun rays production process and may answer many left questions

Before the details discussion- let's ask the direct and simple question-

If the gravitational waves move by speed of light (C=300000 km/s) how can these gravitational waves produce a light beam?

Let's answer in the next item

(4thItem) Can A Light Beam Be Created By The Gravitational Waves Motion?

The paper hypothesis tells (The Gravitational Waves Are Reflected In The Solar System- And This Reflection Causes To Square The Wave Velocity- Means- The Wave Velocity After The Reflection Be Squared The Wave Velocity Before The Reflection)

The article tells (the gravitational waves can move by speed of light C=300000 km/s)

If these waves are reflected and the reflection can square the velocities- the speed of light will be squared (C^2) and by this value (C^2 squared speed of light) a light beam can be created- that explains how the gravitational waves moves by speed of light can produce a light beam-

Shortly

If I prove the gravitational waves are reflected in the solar system and this reflection causes to square the velocities that will prove my theory tells (The Sun Is Not Doing Nuclear Fusion To Produce Its Rays Instead The Sun Rays Is Created By The Planets Motions Energies Total)

The idea is a simple one

The gravitational waves can move by speed of light (C=300000 km/s) but the light beam can be produced only by the value (C^2)- that tells the gravitational waves velocity must be squared- the velocity is squared only by the reflection of energy – that shows the paper hypothesis importance–because without the squaring of the velocity no light beam can be produced even if the gravitational wave moves by speed of light

I want to say- the wave reflection is the light beam production mechanism spine- because the wave reflection causes to square the wave velocity- means- if the gravitational wave moves by speed of light this speed will be squared by the reflection of the wave and by that the value (C^2 = squared speed of light) will be created by which the light beams can be produced.

The idea can be useful only if the wave reflection can square the wave velocity- the hypothesis proves will disprove the sun nuclear fusion theory completely – let's see in following how the sun rays are produced in details

(5th Item) The Sun Rays Production Mechanism

The idea is more clear now

The gravitational waves are produced by the planets motions energies- and the planets motion energies waves are unified into one unified gravitational wave which moves by (205.8 km/s) =the planets velocities total – the waves unification is done in Pluto orbit and by that the unified velocity be (205.8 km/s) in Pluto orbit

Shortly

While the planets revolve around the sun there's one gravitational wave revolves around the sun and moves by velocity (205.8 km/s) –

The new article tells the gravitational waves can move by speed of light (C=300000 km/s)- and these waves can produce a light beam!

These are all available data – and – what's the requirement?

We have a waves move by velocity (205.8 km/s) and we want this wave to move by speed = (C^2 squared speed of light) – let's try to do that in following

The First Reflection

The unified wave (The Gravitational Wave) moves by (205.8 km/s) is reflected from Pluto orbit to Venus orbit- this reflection of energy squares the velocities and causes this wave to move by speed of light – let's see how

300000 = (205.8)^2 x 7.1

The motion by (0.99C) creates relativistic effects – specifically Lorentz length contraction effect by rate 7.1, Means- if a particle its length 7.1 meter moves by speed (0.99C) this particle length will be contracted and be one meter only- let's analyze the equation

The unified wave velocity (205.8 km/s) is reflected and that caused to square the velocity (205.8 km/s)^2 = 42683 km/s now the rate (7.1) causes contraction for the lengths but because of the energy reflection the geometrical effects will be reflected also- means the rate (7.1) doesn't cause to contract the length but increase the lengths and by that the velocity 42683 km/s will be 42683 km/s x 7.1 = 300000 km/s (speed of light = C)

Shortly- the wave reflection from Pluto to Venus causes to square the wave velocity and that accelerate the wave velocity to move by speed of light –

Means- the wave reaches Venus moves by speed of light (C=300000 km/s)

The second Reflection (in fact the 3rd reflection)

The unified wave (gravitational wave) reaches to Venus orbit with speed (300000 km/s)- then Venus reflects the unified wave toward Mars- this reflection causes to square the velocity- before the reflection the wave moves by speed of light and after the reflection the speed is squared and the wave shows the value (C^2 squared speed of light) by which the light beam can be created (the sun rays creation)

The idea summary tells

The unified wave is reflected two times in the solar system

In the first time- the unified wave velocity (205.8 km/s) is accelerated to be 300000 km/s (speed of light =C)

In the second time- the unified wave velocity (300000 km/s = speed of light =C) be accelerated to be C^2 (squared speed of light) and the light beam is produced by this value C^2 (squared speed of light)

Now we understand this simple idea- but there are 2 left Major Questions

(1st Question) how the wave velocity (205.8 km/s) can be accelerated to be 300000 km/s (speed of light = C)? by what method the wave is accelerated?

(2nd Question) Are the unified wave reflected two times only in the solar system?

Let's leave the 1st question to discuss later and answer the 2nd question in following,

How many times the unified wave reflected in the solar system?

Three times (by Pluto, by Saturn and by Venus) -while the required is only two times- so why the wave is reflected three times?

Neptune caused negative effect on the energy reflection by Pluto, by that the energy doesn't reach to Venus- that forces Saturn to reflect the wave one more time to do the same job of Pluto reflection

Means- the first reflection by Pluto failed to square the velocity and accelerate the wave motion to move by speed of light- this failure is done by Neptune negative effect on the wave energy- because of that- Saturn does another reflection for the wave energy and by Saturn reflection the wave velocity (205.8 km/s) is squared and the motion is accelerated to be done by speed of light (300000 km/s),

Shortly- in place of one reflection by Pluto, the unified wave is reflected two times by Pluto and by Saturn but these two reflections do only the role of one supposed reflection (from Pluto to Venus)- by this one reflection the unified wave velocity (205.8 km/s) will be accelerated to be speed of light (300000 km/s) and by that the wave reach to Venus moves by speed of light (C=300000 km/s)

Venus reflects the wave again toward Mars (the 3rd reflection), by this reflection the speed of light is squared and produced (C^2= squared speed of light) and from this value (C^2) the light beam is produced (the sun rays is created)

Notice

In Lorentz transformations study- there's a major question asks (Can particle own data and dimensions be changed by the high velocity motion?)

Shortly- Lorentz transformation tells– if a particle moves by high velocity motion- this particle own length will be contracted and its time will be dilated and its mass will be increased- these changes are defined by Lorentz transformations and we know these are real changes in this particle own data - BUT

Some researchers tell No Real Changes are done for the particle own data but they are illusions of measurements (means Lorentz transformations measure illusions)

I refuse this opinion - BECAUSE

The Physics Is The Measurements Science And What's Measured Is The Fact

If no real changes are done how the problem of Michelson and Morelly experiment is solved?- also- we can't understand why the synchronous events in one frame can't be synchronous in another (as Einstein stated) where no real change is found for any data- the distances are Not contracted nor the time is dilated nor the mass is increased why the events can NOT be synchronous in any frame?

If the particle own data are measured correctly while it moves by my motion velocity and these measurements are suffered from illusions because the particle moves by high velocity motion relative to my motion velocity that means (I'm the universe reference point)

We notice- Lorentz length contraction equation can't distinguish between particle length and a distance, both can be contracted by the same one equation- that supports my theory tells (The Matter And The Space Are Created From The Same Energy)– If the space is similar to the sea of water the matter will be similar to a whirlpool (or vortex) on the sea page- both the matter and space are created from the same one energy- that gives chance to change the matter dimensions by its motion

My planet diameter equation proves the planet diameter is created depending on its velocity- means- for example– Neptune diameter is 49528 km because Neptune velocity is 5.4 km/s- this fact is proved by my Equation strongly - that tells the motion has effect on the matter dimensions and data definition which supports the same meaning of Lorentz transformation.

(6th Item) The Sun Rays Creation Details

The sun is NOT doing nuclear fusion to produce its rays- but- the sun rays is created by the planets motions energies- generally- the star rays is created by the gravitational waves which are produced by its planets motions energies – there are 4 facts prove that – let's refer to these facts in following

1st Fact

The Sun Corona Temperature is 5 millions Kelvin but the sun surface is 5800 Kelvin

This fact puzzles the scientists – No puzzle here-

Simply the sun rays is Not produced by the sun nuclear fusion but by the planets motions energies – the energy is Not produced from the sun body but by the planets motions energies – means- The energy out of the sun is greater hundreds times the energy inside the sun because the energy is provided by the planets motions energies-

The Sun Corona Temperature proves that the sun is NOT doing nuclear fusion to produce its rays – instead the planets motions energies total is used as the source of energy to produce the sun rays

2nd Fact

The gravitational waves are created by the planets motions energies- I have proved that- simply Planet motion energy (1/2mv^2) should be stored in the space in moving waves because no other place to store this energy- that tells the gravitational waves are produced by the planets motions energies- this is a doubtless conclusion- the gravitational waves are produced by the planets motions energies-

Here we see clearly the fatal error of the sun nuclear fusion theory because the solar planets revolve around the sun moving continuously and by this motion massive motion energy must be produced and that tells massive motion energy must be stored in the space in moving waves- so we have to ask (when and how this stored energy will be used?) understandable the energy can not be stored in the space forever without using- means- the sun rays is the outlet for the stored motion energy and the using of this stored energy protects the solar system from all risks found by the unused stored energy-

The logical problem here tells, the scientists create a strange source of energy (the sun mass) to produce the sun rays by the nuclear fusion process and no one interests for the planet motion energy nor the stored massive energy in the space-

The mistake is that- the scientists supposed the planet moves and produces NO energy while the motion energy (1/2 mv^2) is elementary concept in the classical mechanics

The planets motions energies create a very great problem for the sun nuclear fusion theory and disproves it because No Source Of Energy Is Required where massive motion energy is stored in the solar system and needs to be used – here the sun rays is the outlet for this massive motion energy and provide the energy in very useful and peaceful method-

3rd Fact

This Is Extraordinary: Gravity Can Create Light, All on Its Own

this article tells the gravitational waves can move by the speed of light and can produce a light beam- the question was (If the gravitational waves move by speed of light how can these waves produce a light beam?) – the answer was –

the gravitational waves are reflected and the reflection causes to square the velocity and by that the gravitational wave moves by speed of light and when this wave be reflected its velocity will be squared and by that the value (C^2= squared speed of light) by this value the light beam can be created.

here the planets data depends on this process – let's see that-

the unified wave move by the velocity (205.8 km/s)= the planets velocities total- the square of this velocity will produce the speed of light (205.8)^2 x 7.1 = 300000 as I have explained before- then the speed of light square will produce (C^2= squared speed of light) and by this value the light beam will be created –

means- the planets data is in harmony with the light production process

please note- the energy reflection is proved strongly because the planets data is reflected by it (later we will discuss the reflection of energy proves)- means- I provide a theory shows full harmony with the planets data that prove the theory is a fact because the planets data proves it

NOTICE

Before the Earth moon creation the planets velocities total was 176 km/s (the nine planets velocities total only without the moon velocity)- let's try to reflect this wave

The wave reflection causes to square its velocity (176)^=30976 km/s

Now we use Lorentz length contraction effect rate 7.1

The result is 30976 x 7.1 = 220000 km/s

Here I accelerated the unified wave its velocity (176 km/s) by the same Method I used for the velocity (205.8 km/s) but the wave (176 km/s) after acceleration produce the velocity 220000 km/s which equal (75% of speed of light) and this velocity square can NOT produce the value (C^2 squared speed of light) and by that NO Light Beam can be created

Let's review our wave velocity

(205.8)^ x 7.1 = 300000

Means- the unified wave with velocity 205.8 km/s is the only wave can produce the light beam by the reflection of energy- that tells us – the sun is created after the Earth moon creation – and also tells the planets data is in full harmony with the sun rays creation by the gravitational waves motions- this analysis gives proof for my theory tells (The Sun Is Not Doing Nuclear Fusion To Produce Its Rays But The Sun Rays Is Created By The Planets Motions Energies Total)

4thFact

The previous analysis proves the sun rays is created by the planets motions energies and not by the sun nuclear fusion- can we add one more crucial proof for this fact? Yes – the crucial proof tells that (the sun rays is created by a relative motion)

Means the method by which the sun rays is created is (the relative motion)- let's examine this proof in following

(i)

As we have seen the light production depends on a gravitational wave moves by speed of light (C=300000 km/s) then this wave is reflected and by the reflection the speed of light will be squared and produced the value (C^2= squared speed of light) and by this value the light beam can be created

Means- the main player to produce the light beam is the gravitational wave moves by speed of light- then let's ask- suppose this wave moves by speed less than speed of light what would happen? In this case the energy reflection will not produce the value (C^2= squared speed of light) and as a result NO Light Beam can be created

Means- the process cornerstone is the wave motion by speed of light? But relative to what? The question asks (if the wave moves by speed of light relative to what?)

Of course the wave moves by speed of light relative to the sun point because the different velocity between the wave motion and the sun point motion will produce the light beam- means- the light beam is produced by a relative motion and this motion has two players which are

(1st player) the unified wave moves by 205.8 km/s and after its reflection will move by the speed of light 300000 km/s

(2nd player) the sun point of space moves by 1 km/s (stationary point)

(ii)

How can the sun point move by 1 km/s and its velocity never increased?

We understand the space is movable and not static and the gravitational waves prove the space has motion- means- no stationary point can be found in the space (as no stationary point can be found on the sea because every thing moves by the sea waves) by that the point moves by 1 km/s (a stationary point) is a point created by some design because it can Not be found by nature- let's create this stationary point in following

The planets revolve around a point in space (any point in space) the revolution creates two velocities on both sides of the revolution- the two velocities are equal in value opposite in direction and by that the total be Zero –

Means- the revolution design creates a stationary point in the revolution center

By that the sun point (1 km/s) is created by the planets revolution around it

By the stationary point creation a relative motion is created- and this relative motion has two players as referred before

(1st player) the unified wave revolves around the sun with velocity 205.8 km/s and after its reflection the velocity will be equal the speed of light (C=300000 km/s)

(2nd player) the sun point of space (1 km/s) (stationary point)

(iii)

We should pay attention to the sun point because it's the process cornerstone - Why?

Because the unified wave (gravitational wave) can not move by speed greater than speed of light (C=300000 km/s) where the speed of light is the wave velocity limit

But- the different velocity between the unified wave velocity and the sun point velocity should be equal = 300000 km/s = speed of light because any less different velocity can NOT produce the light beam –

That tells the sun point of space should be stationary point (1 km/s) and its velocity should NOT be increased in any case-

What's The Information Told By This Analysis?

This Is Extraordinary: Gravity Can Create Light, All on Its Own

The article tells the gravitational waves can move by the speed of light- but- the fact is that- the different velocity between the gravitational wave and the sun point of space is the speed of light- the wave move relative to the sun point of space- as any other motion-

For example Pluto velocity is 4.7 km/s- why? because Pluto moves relative to the sun point of space and Pluto velocity 4.7 km/s and the sun point is (1 km/s) and the different velocity is 4.7 km/s- all motions are done relative to the sun point of space because the energy storing aims to- create the sun rays- by that- if the article tells the wave moves by speed of light that means the different velocity between the wave and the sun motions is the speed of light – that makes the sun stationary point 1 km/s

Shortly – if the sun point moves by any velocity faster than 1 km/s NO Light Beam Can Be Created and NO Sun Rays can Be Produced-

The sun point velocity is the process spine

(iv)

This analysis proves the sun rays is created by the gravitational waves energy (the planets motion energies) and not by any nuclear fusion process- and also refutes the sun nuclear fusion theory completely- why? for 2 reasons

1st Reason

The sun rotation period is (25.4 days at equator) and the sun circumference is 4.37 million km- this motion velocity is 2 km/s

Means if the sun moves by 2 km/s, the sun will rotate around its axis one complete rotation in 25.4 days

This data proves the sun point is the stationary point because the actual accounts show the sun point velocity is 2 km/s

Notice -

The solar system geometrical design supposes the velocity of the sun point is 1 km/s but the real velocity is 2 km/s – it is NOT small change in Value – it's a great change in the whole machine- but the machine still can produce a light beam spite of that

And to produce the light beam- the machine has to depend on (2 seconds) in place of (1 second) and for that the planets motions distances total should be= (180000 million km) in place of the required distance (90000 million km) - Means – this small change in the sun point velocity (from 1 km/s to 2 km/s) causes to double the passed distances by the planets to produce the sun rays- we can imagine if the sun point moves by 15 km/s in this case it will be impossible to produce the light beam

Notice- (C^2 squared speed of light) equals 90000 million km if the period is one second- means- the planets motions distances total be 90000 million km in some period of time but the rates of time makes this period to be equivalent to one second of the sun clock that creates the value (C^2 squared speed of light)

The problem now is that- the sun velocity is 2 km/s that forces the planets to pass total distance = 180000 million km to create the rate (90000 million km for one second)

That shows the great effect of the smallest change of the sun point velocity

2nd Reason

The sun position and data is defined based on very accurate mathematical calculations

The designer paid so great attention and incredible interest for this point- because of its massive importance and effect- for that- the designer made the sun position in the sky and the sun creation data to depend on exact mathematical calculations and strict geometrical rules to guarantee the sun point velocity Never to be faster than 1 km/s

Let's see some examples to explain that

Example No.(1)

We See The Sun Disc= The Moon Disc which enable the total solar eclipse to be occurred because

The sun diameter / the moon diameter= Earth orbital distance/ earth moon distance

Why does the diameters rate equal = the distances rate?

Example No.(2)

4900 mkm (Jupiter orbital circumference) = 1.39 mkm (the sun diameter) x 3475 km =12104 km x 406000 km = 12756 km x 384000 km = 6792 km x 2 x 363000 km

3475 km = the moon diameter 12104 km = Venus diameter

12756 km = The Earth diameter 6792 km = Mars diameter

363000 km, 384000 km and 406000 km are the distances between the Earth and its moon in perigee, orbital distance and apogee radiuses respectively

The previous examples show that the sun creation data and its position in the sky are defined based on accurate mathematical calculations- but why? and what's the useful result of these data proportionalities

The designer aimed to make the velocity of the sun point of space to be 1 km/s and He interested to guarantee that the velocity can Never be faster than 1 km/s – because any faster velocity than 1 km/s will destroy the chance of the light beam production- BUT

What's the relationship between the sun creation data and its velocity?

This question is answered by my planet diameter equation- the equation proves that the planet diameter is defined based on this planet velocity- for example- Neptune diameter is 49528 km because Neptune velocity is 5.4 km/s that shows the change in velocity can change the diameter (my planet diameter equation proves that strongly) and based on that, the sun diameter is effected by the sun velocity and vice versa for that reason these proportionalities are necessary to guarantee the sun point of space to be (1 km/s) and never be faster.

(v)

The sun position and creation data by accurate mathematical calculations was necessary to guarantee the sun point of space velocity to be 1 km/s and never be faster by that the sun be the stationary point- these calculations will be useless if the sun rays is created by the sun nuclear fusion process-

Means- the sun nuclear fusion theory doesn't see the massive motion energy which is found in the solar system and also doesn't see the relative motion which is the method to produce the sun rays- by that – the theory doesn't see the accurate calculations behind the sun position and its creation data- that tells- the sun nuclear fusion theory is completely very strange theory from the solar system geometrical concept and design.

(7th Item) If the gravitational wave moves by a velocity 205.8 km/s how can this wave velocity be accelerated to move by the speed of light (300000 km/s)?

(1)

The wave acceleration depends on the sun rate of time (one second of the sun clock = 1461 seconds of the Earth clock) by that the unified wave (205.8 km/s) moves a distance 300000 km in 1461 seconds for the Earth clock shows the velocity is 205.8 km/s but the period is one second for The Sun clock shows the velocity 300000 km/s (speed of light) –means- the wave velocity is 205.8 km/s relative for the Earth but the same wave moves by 300000 km/s (speed of light) relative to the sun

The wave acceleration method is the sun rate of time

notice- for the motion by speed of light (C=300000 km/s) the rate of time is (1=1461) but for the motion by (C^2) the rate of time is (1=1461^2) means (1=2134521)

BUT

The sun rate of time is found always why the acceleration is done only for the unified wave (205.8 km/s) which is sent from Pluto (and Saturn) to Venus?

There are 2 reasons

(1st Reason)

The sun rate of time causes to accelerate any wave- but not all waves can be working- let's remember the acceleration for the wave its velocity 176 km/s (the nine planets velocities total without the Earth moon velocity)

The wave velocity is 176 km/s - let's try to reflect this wave

The wave reflection causes to square its velocity (176)^=30976 km/s

Now we use Lorentz length contraction effect rate 7.1

The result is 30976 x 7.1 = 220000 km/s

On the contrary, the acceleration of the unified wave (205.8 km/s) will produce the speed of light – (205.8)^2 x 7.1 = 300000 – and this speed of light will be squared by Venus reflection and the value (C^2) be produced and this value can produce a light beam- Means- all waves can be accelerated but the working wave is specific one

(2nd Reason)

Again- The sun rate of time causes to accelerate any wave- BUT the acceleration process is done by energy- the rate of time is a method (as a generator can produce electricity) but the generator will work when you put fuel in it– the method is available but the process is done by energy-

We know the energy is reflected from (Pluto and Saturn) to Venus that tells the unified wave velocity in Pluto is 205.8 km/s but the wave velocity in Venus is 300000 km/s (speed of light) because the energy is in Venus orbit and Not in Pluto orbit-

Notice

The wave acceleration depends on the sun rate of time- means- the motion energy must be ascending to reach to the sun corona and there the waves acceleration is done Means

All planets see the unified wave moves by velocity (205.8 km/s)- no any acceleration for the unified wave (205.8 km/s) is recorded in any planet because the acceleration needs the energy reaches to the sun corona (to depend on the sun rate of time)- by that the wave velocity is NOT changed for all planets

BUT

Let's look deeply as possible

The unified wave velocity is 205.8 km/s in Pluto orbit –Now if this wave is ascending to the sun and this wave moves into the sun corona- the wave velocity in the sun corona will be 205.8 km/s only – why? because the wave is not accelerated

Then

The unified wave will be reflected by Pluto (and Saturn) toward to Venus – now – the wave has acceleration by the reflection of energy- the wave moves in Venus orbit with its velocity (205.8 km/s)- but if this wave is ascending toward the sun and moves into the sun corona – the wave velocity in the sun corona will be 300000 km/s (speed of light) why? because the wave is reflected one reflection only (the acceleration is done for one time only)

Then

The unified wave will be reflected by Venus toward to Mars– now – the wave has second acceleration by the reflection of energy- the wave moves in Mars orbit with its velocity (205.8 km/s)- but if this wave is ascending toward the sun and moves into the sun corona – the wave velocity in the sun corona will be (C^2= squared speed of light) because the wave is accelerated two times (has two reflections)

That's exactly what's happening

The unified wave energy is reflected from Venus to Mars and the energy be found in the distance between the Venus and Mars (especially between the Earth and Mars)

Specifically the energy is saved in the total lunar eclipse umbra (that's why the umbra length = 1.392 million km = the sun diameter)- the energy is found in the distance around the total lunar eclipse umbra-

Then the energy moves (perpendicular) on the motion direction –

For that the energy ascending toward the sun and the energy moves into the sun corona- there the energy depends on the sun rate of time and the motion energy now can produce the value (C^2= squared speed of light) and from this value the light beam is created (the sun rays is produced)

(8th Item) The Gravitational Waves Reflection Effects On The Motion Data

(1)

The unified wave (the gravitational wave) is reflected in the solar system three times

1st reflection the unified wave is reflected from Pluto toward Venus

2nd reflection the unified wave is reflected from Saturn toward Venus

3rd reflection the unified wave is reflected from Venus toward Mars

(means- the unified wave is reflected from Pluto to Venus by that the wave is sent from Pluto to Neptune to Uranus to Saturn but in Saturn orbit the wave is reflected one more time and after the reflection the wave continues its motion toward Venus then the wave reached Venus orbit and Venus reflected the wave toward Mars and finally the wave energy is stored in the Earth moon orbit between Venus and Mars)

Means- while the planets revolve around the sun there's one unified wave moves by (205.8 km/s) and revolves around the sun through Earth Moon Orbit.

(2)

Please note- the unified wave velocity analysis and the reflection effect on it shows that the required reflection are two reflections only and not three- let's explain that –

The unified wave velocity is (205.8 km/s) and in the first reflection this velocity will be squared which causes to accelerate the unified wave motion to move by speed of light (300000 km/s) means the unified wave velocity (205.8 km/s) will be accelerated to reach to the speed of light by the first reflection- in the second reflection the velocity will be squared also- now the unified wave moves by speed of light (300000 km/s) and this velocity will be squared to be (C^2= squared speed of light) by the second reflection and the value (C^2) will produce a light beam-

Means- by two reflections only the unified wave velocity (205.8 km/s) will be accelerated to be equal (C^2= squared speed of light) by which the light beam can be created and by that the sun rays will be produced by the planets motions energies- but the unified wave is reflected three times in the solar system – Why??

Neptune caused a negative effect on the energy reflected by Pluto- by that- the energy reflection by Pluto can't be sent to Venus – Neptune negative effect caused frustration for the wave reflection by Pluto and that forced Saturn to reflect the unified wave one more time to perform the same job- shortly- the unified wave (205.8 km/s) is reflected two times (by Pluto and by Saturn), but these two reflections perform the job of one reflection only because of Neptune negative effect on Pluto reflection of energy – Neptune negative effect is explained in details in point no. (**)

(3)

The wave energy reflection can be discovered easily because of the changes in data which are done by the reflection – let's refer to these changes in following

The data is reflected- what's used as (A) before the reflection will be used as (1/A) after the reflection.

The data which is used as (a distance) before the reflection will be used as (a period of time) after the reflection

The velocities be squared – by that the rate (v1/v2) before reflection will be (v1/v2)^2 after the reflection.

The energy direction is changed by the reflection usually–means-the energy moves toward Pluto will be reflected and sent toward Venus (change in the direction)

The players of the rates of time are reflected also – for example (one second of the wave clock =205.8 seconds of the sun clock) before the reflection and will be (one second of the sun clock =205.8 seconds of the wave clock) after the reflection

The planets motions use different rates of time (discussed in point no. (**))

How can the energy reflection be proved? The planets data is reflected on each other – for example- Venus orbital inclination is 3.4 degrees and Pluto orbital inclination is 17.2 degrees where sin (3.4) = 1/17.2 – in the next point I provide more proves.

(9th Item) The Gravitational Wave Reflection Proves (general proves)

The reflection of energy is proved by powerful of data I provide here 4 proves only

(1st proof) the planet velocity analysis proves the reflection of energy

The planet velocity is defined by two rules

1st rule my fifth equation (v1v2=constant = 322)

Let's prove the rule in following

322 = 47.4 km/s (Mercury velocity) x 6.8 km/s (Uranus velocity)

322 = 35 km/s (Venus velocity) x 4.7 km/s (Pluto velocity) x 2

322 = 29.8 km/s (Earth velocity) x 5.4 km/s (Neptune velocity) x 2

322 = 24.1 km/s (Mars velocity) x 13.1 km/s (Jupiter velocity)

The data shows that the planets velocities are complementary one another- means- the planets velocities are created in double– means- Mercury and Uranus velocities are created together based on the rule (v1v2=322)

Please note, the rule is effective on the planet motion in different features not only the planet velocity because (for the inner planets) the planet orbital inclination be =v1/v2 for example (47.4/6.8)= 7 where Mercury orbital inclination =7 degrees.

Means the rule (v1v2=322) not only define the planets velocities but also define many other features in the planet motion (notice, the outer planets define their orbital inclinations based on my planet diameter equation)

2nd rule (v1v2=1)

This rule uses the planets velocities per solar day

Pluto velocity per solar day 0.406 million km But 1/0.406 = 2.46

Neptune velocity per solar day 0.4468 million km But 1/0.4668 = 2.082

Uranus velocity per solar day 0.587 million km But 1/0.587 = 1.7

Saturn velocity per solar day 0.838 million km But 1/0.838 = 1.19

The Earth moon velocity per solar day 2.4 million km

Mars velocity per solar day 2.082 million km

Venus velocity per solar day 3.024 million km =1.7 x (π)^0.5

Jupiter velocity per solar day 1.1318 million km

Pluto velocity is reversed with the Earth moon velocity

Neptune velocity is reversed with Mars velocity

Uranus velocity is reversed with Venus velocity

Saturn velocity is reversed with Jupiter velocity

The Rules Analysis

The two rules can be understood- if we suppose that the energy is reflected in the solar system- that makes the inner planets velocities to be reflected with the outer planets velocities- the reflection causes the two rules (v1v2=322) and (v1v2=1)

The constants are different because the first rule uses the planets velocities based on seconds but the second rule uses the planets velocities based on the solar day- means the constants are different between (322) and (1) because the velocities depends on different units of time and the interaction between the solar day and the second caused to use the constants (322) and (1)

1st Question- why is the constant = 322?

1160000 seconds = 322 hours

We know the solar system is created from one light beam energy and this light beam moves by speed 1.16 million km per second- that tells the planets velocities are defined based on this speed 1.16 million km per second

Notice

322 =47.4 x 6.8 – this data tells

Mercury (47.4 km/s) moves in 6.8 hours a distance = 1.16 million km and

Uranus (6.8 km/s) moves in 47.4 hours a distance = 1.16 million km and

That shows the planets velocities are defined based on the speed 1.16 million km per second.

2nd Question- how can the players be changed?

For example –Pluto is the complementary planet with Venus 4.7 x 2 x 35 =322

How can Pluto (0.406) be complementary with the moon (2.4)?

The players are not changed- the planet velocities are effected by Uranus orbital inclination (0.8 degrees) and that caused to change the planets velocities let's see that in following-

0.8 x 4.095 (Mercury velocity daily) = 1.0725 x 3.024 (Venus velocity daily)

0.8 x 3.024 (Venus velocity daily) = 2.4 (The moon velocity daily)

0.8 x 2.574 (The Earth velocity daily) = 2.082 (Mars velocity daily) /1.0725

0.8 x 1.1318 (Jupiter velocity daily) = 0.838 (Saturn velocity daily) x 1.0725

As we see Uranus orbital inclination (0.8) has effect on all planets velocities and that caused to change the velocities- the puzzle is that – when the planets velocities are effected by Uranus orbital inclination that changed the planets velocities but the change produced other planets velocities means

Mercury velocity is changed into Venus velocity and

Venus velocity is changed into the moon velocity and

The moon velocity is changed into Mars velocity and

Jupiter velocity is changed into Saturn velocity

That gives the feeling that the players are changed which is not fact

Let's ask– why has Uranus orbital inclination this effect on the planets velocities?

Uranus Orbital Inclination (0.8) is produced by the rate between Neptune and Uranus (π/4)= 0.8 (Uranus orbital inclination 0.8 degrees) – let's explain the reason

The energy is reflected from Pluto and passed through Neptune and Uranus and the interaction between Neptune and Uranus (π/4)= 0.8 creates effect on the energy – that caused effect on the planets velocities and data but the basic rule (v1v2=322) is still as it without change and this same rule still controls the data even after the effect of Uranus and Neptune interaction- shortly- the velocities are changed but the players are not.

(2nd proof)

The planets order proves the energy reflection

I proved Mars original orbit was between Mercury and Venus and Mars had migrated from its original orbit to its current one- by that the inner planets order be as following (Mercury – Mars- Venus – Earth)

The order tells greater diameter needs longer orbital distance

the outer planets order is

(Jupiter – Saturn – Uranus – Neptune – Pluto)

The order tells greater diameter needs shorter orbital distance

The orders are reflected on each other

Please note the planets order depends on the planet diameter and not the mass because Neptune mass is greater than Uranus mass where Neptune diameter is less than Uranus diameter.

(3rd proof)

Each planet orbit is defined based on an angle, these angles are reflected also – let's prove that

(I suppose –There's a right triangle by the three points The Sun, Mercury and Venus)

Now -Venus angle is (61 degrees) because Venus orbital distance (108.2 mkm) x cos (61) = Venus Mercury distance (50.3 mkm) -

Here we can replace Venus with any other planet in the same triangle to define this planet angle based on similar calculation– as a result

Earth angle is (51 degrees) because Earth orbital distance (149.6 mkm) x cos (51) = Earth Mercury distance (91.7 mkm)

Mars angle is (41.7 degrees) because Mars orbital distance (227.9mkm) x cos (41.7)= Mars Mercury distance (170 mkm)-

Jupiter angle is (22.2 degrees) because Jupiter orbital distance (778.6 mkm) x cos (22.2)= Jupiter Mercury distance (721 mkm)

Similar to that – Saturn angle is 16.5, Uranus angle is 11.6 deg, Neptune angle is 9.2 deg and Pluto angle is 8 deg- these angles follow the same system

– for example -Pluto angle is (8 degrees) because Pluto orbital distance (5906 mkm) x cos (8)= Pluto Mercury distance (5848 mkm) –

NOTICE No. (1)

The right angle and its triangle is (a hypothesis) – but we can prove it's fact because (v1/v2) = (θ1/ θ2) -means – these angles are rated with their planets velocities – for example (Neptune velocity 5.4/ Pluto velocity 4.7) = (9.2 deg /8 deg)

NOTICE No. (2)

These angles are reflected on each other proves the energy reflection in the solar system- let's proves that in following

940 = 61 x 2 x 8 = 51 x 2 x 9.2 = 41.7 x 22.2

(61 degrees) is Venus angle

(51 degrees) is The Earth angle

(41.7 degrees) is Mars angle

(8 degrees) is Pluto angle

(9.2 degrees) is Neptune angle

(22.2 degrees) is Jupiter angle

The data shows the angles are reflected on each other and uses behavior typical to the planets velocities behavior which proves the reflection of energy.

(4th Proof) – the next item provide the fourth proof

(10thItem) Venus Reflects The Gravitational Wave Toward Mars (The3rd reflection)

The wave 205.8 km/s is reflected (by Pluto and by Saturn) toward Venus the reflection causes to accelerate the wave velocity to move by speed of light (300000 km/s) in Venus orbit- and then- Venus reflects the wave toward Mars which accelerate the wave velocity one more time and causes its velocity to be (C^2)- finally the wave energy is stored in the Earth moon orbit- Now we discuss this last reflection (3rd reflection) between Venus and Mars- both planets data is changed by this reflection- let's remember the data changes by the energy reflection

The data is reflected- what's used as (A) before the reflection will be used as (1/A) after the reflection.

The data which is used as (a distance) before the reflection will be used as (a period of time) after the reflection

The velocities be squared – by that the rate (v1/v2) before reflection will be (v1/v2)^2 after the reflection.

The energy direction is changed by the reflection usually –means- the energy moves toward Pluto will be reflected and sent toward Venus (change in the direction)

Let's see these changes in Venus and Mars Data

(1)

Venus orbital circumference 680 million km will be used as Mars orbital period (687 days) based on the rate (1 million km = 1 day) –

Also

Venus orbital Period 224.7 days will be used as Mars orbital distance (227.9 million km) based on the same rate (1 million km = 1 day) – (Data Max Error 1.5%)

(2)

Saturn orbital distance =1433 million km = Mars orbital circumference

We understand that the unified wave is reflected (from Pluto and SATURN) to Venus and Venus reflects the unified wave to Mars- by that- Saturn distance (1433 mkm) is seen in Venus data as (a period of time 224.7 days with 227.9 the different is 1.5) and Venus period of time is seen as a distance again in Mars data (227.9 mkm) and by that mars orbital circumference be 227.9 x 2π =1433 million km that explains why Saturn orbital distance = Mars orbital circumference

(3)

Sin (3.4)= 1/17.2 BUT sin (34.4/1.0725) = 1/1.9 where

3.4 deg = Venus orbital inclination 17.2 deg = Pluto orbital inclination

1.9 deg = Mars orbital inclination 1.0725 = length contraction rate

The data shows similar behavior between Pluto and Mars with Venus because the wave is reflected from Pluto (and Saturn) to Venus and from Venus to Mars

(4)

Venus diameter 12104 km/ Mars diameter 6792 km = 3.4 /1.9

Venus diameter 12104 km/ Pluto diameter 2390 km = 17.2 /3.4

Saturn diameter 120536 km/ Venus diameter 12104 km = 3.4 /(2.5 x 7.1) where

3.4 degrees = Venus Orbital Inclination

17.2 degrees = Pluto Orbital Inclination

1.9 degrees = Mars Orbital Inclination

2.5 degrees = Saturn Orbital Inclination

7.1 = Lorentz length contraction effect rate

The data shows similar behavior by all planets because the unified wave is reflected by all these planets (by Pluto, by Saturn and by Venus)

(5)

11.675 days x 2.082 million km = 243 million km

10747 seconds x 35 km/s = 378675 km

2390 seconds x 35 km/s x 1.0725 = 90560 km

Data No. (i) tells Mars velocity per solar day 2.082 million km moves in 116.75 days (Venus day period) a distance =243 million km where 243 days = Venus rotation period

Data No. (ii) tells Venus (35 km/s) moves in 10747 seconds a distance =378675 km (Saturn Circumference) where (10747 days = Saturn orbital period)

Data No. (iii) tells Venus (35 km/s) moves in 2390 seconds a distance =90560 km where (2390 km = Pluto diameter and 90560 days Pluto orbital period)

The data is complex but tells one information that- the receiver planet velocity is used as a rate between 2 data of the sender planet –

For example Data no. (i) it tells Mars velocity daily (2.082) is a rate between 116.75 days and 243 days (Venus day and rotation period respectively) – for the reflection one data is seen as a period and the other is seen as distance

Venus is the sender and Mars is the receiver

Data no. (ii) tells similar meaning- Venus velocity is a rate between 2 data of Saturn-

Venus (35 km/s) moves in (10747 seconds) a distance = 378675 km (Saturn Circumference) - Saturn is the sender and Venus is the receiver

Data no. (iii) tells similar meaning- Venus velocity is a rate between 2 data of Pluto-

Venus (35 km/s) moves in (2390 seconds) a distance x1.0725 = 90560 km (Pluto orbital period 90560 days)- Pluto is the sender and Venus is the receiver (where 2390 km = Pluto diameter)

The data proves the ideas clearly-

Notice the rate 1.0725 is found by Lorentz length contraction effect.

(6)

There's a perpendicularity between Saturn and Venus where 26.7 degrees (Saturn axial tilt) is seen at Venus as 26.7 +90 = 116.75 days (Venus day period)

Notice

(a) (9.5)^2 = 90 but 9.7 km/s (Saturn velocity) is different from 9.5 with (2%)

(b) 26.7 deg (Saturn axial tilt) +90 deg = 116.75 degrees but 116.75 x 0.8 = 93.4 deg (but 90 deg + 3.4 deg Venus orbital inclination)

(d) 177.4 deg (Venus Axial Tilt) + 3.4 deg (Venus orbital inclination) = 180.8 deg = 180 +0.8 deg (Uranus orbital inclination)

The data tells there's a perpendicularity between Saturn and Venus and between Saturn and Uranus for that the angle (180 degrees) is found between Uranus and Venus and by this angle (180 degree) Venus axial tilt and orbital inclination are created depends on Uranus orbital inclination (0.8)

(7)

Please note the reflection of energy in Saturn creates two equal distances around Saturn where Saturn orbital distance = Saturn Uranus distance=1433 million km and also- this reflection creates 2 equal inclinations for Saturn by that Saturn orbital inclination is 2.5 degrees but Uranus orbital distance = 2 Saturn orbital distance and by effect of Uranus orbital inclination 0.8 the result will be (2/0.8) =2.5

This data tells the reflection of energy in Saturn is more complex than the reflection of energy from Venus to Mars because of Neptune negative effect on the energy- the paper provides deep discussion to explain Neptune negative effect on the solar system energy and motion.

(8)

Please note- the unified wave (the gravitational wave) moves by speed of light depends on the rate of time (one second of the sun clock =1461 seconds of the Earth clock)- where the wave moves by speed of light in Venus orbit- but the light production needs the value (C^2 = squared speed of light), the reflection of energy from Venus to Mars causes to square the velocity and produce the value (C^2 = squared speed of light), but this value (C^2) is created depending on the square rate of time which is (1 =1461^2) means (1=2134521) – means this rate is used for Mars data but the first rate (1=1461) is used for Venus data

For that

2134521 km = 100 x 21345 km (Mars Circumference) – and

38025 km (Venus Circumference) = 2.6 x 1461

378675 km (Saturn Circumference) = 260 x 1461

260 =2.6 x 100 One more time the data shows similar behavior

THE MAIN PROOF

The solar system data shows general reflection is happened two times – let's see that in details

(Venus reflection)

By this reflection of energy Venus orbital circumference 680 million km will be used as Mars orbital period 687 days and it defines Jupiter orbital period (4331 days = 2π x 687 days) and also Saturn orbital period (10747 days = 4π x 687 days x (1/0.8)) where Uranus orbital inclination (0.8 degrees) creates effect on Saturn data

(Saturn reflection)

The reflection is done by Jupiter to Uranus, by that, Jupiter orbital circumference 4900 million km will be used as Uranus orbital period 30589 days where (30589 days = 4900 days x 2π and Neptune orbital period 59800 days = 4900 days x 4π and Pluto orbital period 90560 days = 4900 days x 6π

Please note

The energy reflection at Venus passes above the Earth to Mars- where the Earth moon suffers from the length contraction effect and its motion distance daily is 2.4 mkm = 2.574 mkm (The Earth motion distance daily) / 1.0725

Similar to that

The energy reflection at Jupiter passes above Saturn to Uranus – Where

Saturn suffers from the length contraction effect because

1433 million km (Saturn orbital distance) x 1.0725 = 2 x 778.6 million km (Jupiter orbital distance)

Please note- the Earth moon daily displacement is 88000 km and during 10747 days the displacements total be 940 million km = The Earth orbital circumference

Where 10747 days = Saturn orbital period

Notice

We understand that the light beam production needs the unified wave to be reflected two times only in the solar system- in the first reflection the unified wave (205.8 km/s) will be accelerated to be equal the speed of light (300000 km/s) and in the second reflection the speed of light will be squared to produce the value (C^2 the squared speed of light) by which the light beam will be created- means – the light production process needs tow reflections only and we know the unified wave is reflected in the solar system three times – because – of Neptune negative effect on Pluto energy where Neptune negative effect causes a frustration for the unified wave reflection by Pluto and that forced Saturn to reflect the unified wave one more time to perform the job mentioned by Pluto reflection of energy- by that Pluto and Saturn reflections create effect of one reflection only and Venus reflection creates the final reflection to produce the value (C^2 the squared speed of light) by which the light beam can be created-

Shortly- while the unified wave is reflected in the solar system three times the real effect is done by two reflections only and for that the data shows general reflection in two times only as seen in the previous data and its discussion- means- the data refers to the real final effect of the energy reflections and not to each procedure of this reflection- shortly- if we remove Neptune from the solar system that will cause the reflections to be two reflections only because Neptune negative effect will be removed – Neptune negative effect will be discussed in point no. (**)

(11thItem) What's The Negative Effect Done By Neptune Motion On The Gravitational Waves?

The story with proves is found in point no. (3) of this paper- let's summarize it here

(1)

Mars original orbit was between Mercury and Venus and Pluto was The Mercury moon revolves around Mercury- some collision is done in the inner planets- as a result Mars had migrated from its original orbit to its current one– in its motion Mars had collided with Venus and then with the Earth and Mars is the planet caused The Earth moon creation (Giant impact hypothesis is wrong)

Pluto was the Mercury moon and its size was equal Mercury size- Pluto also had migrated because of the same collision- Pluto had migrated to the end point in the solar system (Pluto orbital distance 5906 million km) -in that time– Neptune occupied this orbit– means Neptune original orbital distance was 5906 million km-

Shortly-

Pluto had collided with Neptune strongly and Pluto pushed Neptune out of its orbit and Pluto had occupied Neptune orbit, even Pluto put Neptune out of Pluto motion area– that's why Pluto eccentricity distance = Pluto Neptune distance=1410 million km (Mars Migration theory is proved in point no. **)

(2)

We know the light created all planets orbits before to create any planet- here- we have a dilemma- because – Pluto pushed Neptune out of Neptune orbit and also out of all created orbits (the train be out of all railways) and Neptune had no orbit to revolve around the sun.

(3)

As we have discussed- the planet moves and produces energy (1/2 mv^2) and this energy is stored in the space in moving waves –

Because all planets revolve around the sun in the same direction all planets motions energies waves move toward Pluto- and in Pluto orbit all waves be unified together into one unified wave moves by 205.8 km/s

(4)

Pluto reflected the unified wave (205.8 km/s) to be sent to Venus – Now – Pluto sends great energy toward Venus – the energy moves from Pluto to Neptune and then Neptune should send the energy to Uranus – BUT

Simply Neptune got the energy for itself and didn't send the energy to Uranus- why? because Neptune used the energy to build its current orbit – by this energy Neptune orbit is created and Neptune orbit is very new orbit relative to all planets orbits- also Neptune orbit is created by Neptune and not by the light beam as the other orbits

(5)

Shortly Neptune captured the energy sent from Pluto, and captured Pluto itself forces it to moves with Neptune rotation period (Pluto had no rotation period), as a result, Jupiter tried to release Pluto from Neptune but Neptune captured Jupiter itself and now Neptune, Jupiter and Pluto all of them move by Neptune rotation period and the two planets follow Neptune motion

(6)

Uranus tried to find solution- for that – Uranus created an interaction with the Earth planet- by this interaction a new planet is created which is Saturn

Uranus created Saturn for the war with Neptune- and now Saturn goes to fight with Neptune- first victory is that (Saturn set Jupiter free of Neptune capture and Jupiter got a new rotation period) and the second victory is (Saturn set Pluto free of Neptune capture and Pluto got a new rotation period) and the third victory (Saturn release the energy from Neptune) BUT

Neptune build its orbit by this energy and the rest is around (0.5%) only!

In details – Pluto sent the energy in a moving wave its velocity equal (205.8 km/s)^2 But Saturn got from Neptune a moving wave its velocity only (205.8 km/s) (without square) - The rate around (0.5%) only –but why did Saturn get this small energy at all? We should remember

The unified wave (205.8 km/s) contains all planets motions energies- if Saturn gets this wave, Saturn can reflect this wave one more time to produce the required value (205.8)^2 and send it to Venus to complete the process safely-

But if Saturn doesn't get this unified wave (205.8 km/s) Saturn will be forced to gather the planets motions energies to create this unified wave

Means- Saturn got the small energy (0.5 %) from Neptune But this small energy can be working to complete the process and if this energy is lost the process can not be completed that's why this small amount of energy is very important and useful

Shortly

The situation is finished as following -

Neptune built its orbit from Pluto energy and the rest energy (0.5%) is small amount of energy but very useful and Saturn got this energy from Neptune and the energy was in unified wave its velocity (205.8km/s) and Saturn reflected this wave toward Venus and the wave reached Venus moves by speed of light as a result for Saturn reflection by that the process to produce the sun rays can be completed safely and the planets (Pluto and Jupiter) are free now from Neptune capture- everything is so good now

But-

Neptune tells about the revenge! Spite Neptune built its orbit from Pluto energy but still the devil dreams by the revenge

What can Neptune do to cause more problems for the sun creation?

The unified wave reaches Venus moving by speed of light (300000 km/s), and now Neptune will cause to decrease the velocity by (1% one percent only)

Why? because the light beam is created by quantum and if the speed is less 1% that tells No Light Beam Can Be Created-

But what would happen by this speed?

The speed 99% of speed of light (297000 km/s) is high speed and causes Lorentz transformation- specially- it causes Lorentz length contraction effect with rate 7.1

Why is this very bad thing?

Because the motion energy is produced by the planets motions and these energies should be gathered into one point to be sufficient to produce the light beam- now the length contraction effect will cause difficulties to gather the planets energies because the planets energies are found in distances- here the distances will be shorter and that will create great difficulties to gather all energies in one point

Shortly- Neptune contraction effect caused to scatter the motion energy in the space and by that the motion energy will never be able to produce the sun rays – the devil works-

Now – we follow this battle from near point- how can Neptune decrease the unified wave velocity with one percent?

Neptune causes Saturn rotation period to be 10.7 hours- this is Neptune method to decrease the wave motion velocity – how?

Saturn circumference 378675 km and Saturn velocity 9.7 km/s means Saturn needs 10.84 hours to rotate around its axis a complete rotation (360 degrees) - but the period 10.7 h causes Saturn to rotate only (355 degrees)- means- for each rotation period Saturn needs 518 seconds to compete its rotation and that means there's a distance of Saturn circumference (5040 km) is still need to be passed while the rotation period is finished- this distance Neptune uses to decrease the wave velocity – because

Saturn velocity = 1.8 Neptune velocity and 5040 km = 1.8 x 3000 km

The speed of light is 300000 km/s and the discount distance is 3000 km and the rest is 297000 km (99% speed of light)

Shortly- Neptune effect on Saturn motion causes to decrease the wave velocity with 1% and creates the speed 99% C by which the length contraction effect is created and by that the planets motions energies are scattered in the space –

But - Saturn still try to help us- by that-

Saturn created a bridge between Uranus and Pluto (above Neptune) and on this bridge the sun rate of time is created and by that the planets motions energies can be gathered together based on defined periods and cycles – by this rate of time the sun rays is created - but –because Saturn is busy in the rate of time creation- the battle leader now is Jupiter- by that Jupiter defines the sun position in the sky and Jupiter defines the sun diameter- the story is proved in details in point no. (3) because the planets data tell this story so clearly

(12th Item) Can The Planets Motions Use Different Rates Of Time?

The solar system is created from one light beam energy- means- the solar planets matters and their distances are created from one energy and this one energy is provided by one light beam and this light beam moves by speed = 1.16 million km per second- the light built the solar system starting its motion from Mercury orbit toward Pluto orbit- the light created the planets orbits before any planet creation- means- all orbits are created before any planet creation- the orbits are created based on each another- after the light created all orbits and reach to Pluto orbit- the light energy is consumed in the space creation- and the rest energy is found in one light beam its speed is (300000 km/s = the known speed of light) means the light beam started the motion in Mercury orbit with speed 1.16 million km per second and reached to Pluto orbit with speed 300000 km/s

In Pluto orbit -

The light could Not move any further to build any more orbits because any additional space creation will consume more energy and that will decrease the light speed to be less than 300000 km/s (the known speed of light) – and – No known light moves by speed less than 300000 km/s – means- the light had no energy to move any further after Pluto orbit- for that- the light returns to its origin point (Mercury orbit) for that the light is reflected with speed (300000 km/s) from Pluto orbit to Mercury orbit passing through the built orbits – no energy is required in this motion for that the speed of light in Mercury orbit is 300000 km/s

By this energy (the light beam its speed 300000 km/s) all planets are created- but before the planets creation a coherence of light is occurred between the light 300000 km/s and the light 1.16 million km per second- this coherence of light is discussed in the paper definitions in details

After the coherence of light the planets are created by the light energy (300000 km/s)

I- The Solar Planets Creation

Now

We can imagine that the energy of the original light beam (1.16 million km per second) is consumed to create the sea of water and the rest energy is one wave moves through this sea of water where this wave moves by speed of light (300000 km/s)

Means

The solar system is one energy (wave) moves by speed of light (C=300000 km/s)

And

The solar system needed to create a stationary point moves by zero velocity

We understand (It's impossible to find this stationary point) -BECAUSE

The solar system is similar to this wave of water or to the moving sea water and every thing is moving in it – NO stationary point can be found- for that the solar system has to create this stationary point –

The stationary point creation needs two procedures – let's refer to them here

1st Procedure

The wave its velocity 300000 km/s revolves around a point in space (any point in space), the revolution motion creates 2 equal velocities on the revolution both sides - the two velocities are equal in value and opposite in direction- their total be Zero-shortly- the revolution motion creates A Stationary Point in the center of the revolution.

2nd Procedure

The previous idea is correct- but –the velocity 300000 km/s is a huge one and to decrease it to Zero velocity this is a complex process– for that- the wave (300000 km/s) created small waves with low velocities to use them as steps to decrease the velocity to Zero- the small waves are The Planets- (The planet is a small wave moves by low velocity relative to the original wave its velocity 300000 km/s)

Why Are These Small Waves Required?

Because the velocity 300000 km/s is decreased to Zero by using these small waves and their low velocities- the low velocities are used as steps to decrease the unified wave velocity (300000 km/s) to be (Zero)- this process decreases the velocity gradually from 300000 km/s to Zero depending on these small waves velocities (the planets velocities)

Means- the planets are created for this process to decrease the wave velocity from 300000 km/s to Zero- and The Planet Is A Small Wave Moves By Low Velocity

Shortly – the solar system has one complete system of velocities, Starting from Zero to 300000 km/s where the planets velocities are the steps between the two velocities –

The Proof

The unified wave velocity (205.8 km/s) proves this fact because

300000 = (205.8)^2 x 7.1

We know 7.1 is Lorentz length contraction effect produced by speed 99% of speed of light-

Shortly- the unified wave velocity (205.8 km/s) is defined as a function in the speed of light (300000 km/s) and that explains why the reflection of the wave accelerate the wave velocity to move by speed of light and not to move by any less velocity – simply-because the unified wave velocity is created as a function in the speed of light- and this unified wave velocity = the planets velocities total that tells the planets velocities definition depends on the speed of light

Shortly

By the wave revolution the stationary point is created in the revolution center and this point will be the sun (its velocity is 1 km/s=zero approximately) and the moving wave created the solar planets as small waves move by small velocities (or as geometrical points carried by the wave motion) -As a result – a relative motion is created between the moving wave (300000 km/s) and the sun point of space (1km/s)

II- The Solar Planets Definition

The planets are geometrical points created on the same one light beam (one wave of energy)- means- the light beam is similar to the sea of water and the planets are similar to ships sail on this sea of water- means- the planets motions depend on this light beam motion and by that the motion by speed of light (C=300000 km/s) is the motor by which the planets move- means- all planets motions depend on the light beam motion by speed of light (C=300000 km/s) –

Means- the planets are similar to carriages in one train and the light beam is the engine of this train- the light moves carrying all planets with it

BUT if the planets are geometrical points found on one light beam and these points move by this light motion how can these planets to move by low velocities?

Because the planets motions use different rates of time –

for example – one second of the light clock = 6330 seconds of Mercury clock by that Mercury moves in (6330 s) a distance 300000 km which is passed by the light motion in one second.

(13th Item) The Planets Motions Use Different Rates Of Time (Deep Analysis)

Preface (Proved Facts)

The Rate Of Time Use Reason (The Solar System Creation Theory)

The Planet Creation and Motion Description

The Difficulty To Prove The Rate Of Time Use

The Rate Of Time Importance And Creation

The Energy Reflection Effect On The Rates Of Time

(The Energy Reflection is explained and proved in Point No. 6)

The Solar System Main Rates Of Time

The Solar System Motion Depends on Mercury Clock

The Time Creation In The Solar System

The Earth Motion Effect On The Planets Motions Rates Of Time

The Rate Of Time Between Mercury And The Earth

The Rate Of Time Between Mercury And The Sun

The Rate Of Time Between The Sun And The Planets

The Rate Of Time Between The Sun And The Earth

Mercury behaves in place of the sun and The Earth in place of the planets

The Rate Of Time Of Saturn

The Rate Of Time Of Mars

The Solar System Motion During 24 Hours Of Mercury Clock

The Rate of time (1=1461)

20 The Used Rate Of Time For The Sun Rays Production

20-1 Preface

20-2 The Light Beam Production Method

20-3 The Light Beam Is Produced From (C^2)

20-4 The Earth Moon Motion Effect On The Sun Rays Production

20-5 The Solar System Motion Depends on Mercury Clock

20- 6 Mercury Day Period Problem

20-7 The Gravitational Waves move by speed of light (how)?

20-8 The Energy Reflection Effect

20-9 The rate (1=365.25) (the proves)

20-10 The Used Rate Of Time For The Light Beam Production

20-11 The Light Beam Production Process

21- 12 The Sun Rays Production Process Summary

(Item no. 1) Preface (Proved Facts)

(FIRST FACT) ONE WAVE REVOLVES AROUND THE SUN

Let's remember this idea

(1)

Planet motion energy creates waves in the space-

The space is similar to the sea of water and planet motion creates waves in the space as fish motion creates waves in the sea- let's see the picture accurately,

We observe one swimming fish in the sea- the fish hits the sea water by its tail and pushes some water and by that the fish can swim and move- we conclude the water moves by a velocity Equal the fish velocity because of the reaction force.

Similar to that-

Mercury motion energy creates waves in the space- the wave velocity equal Mercury velocity (47.4 km/s) because of the reaction force- means – all planets motions energies create waves in the space and these waves move by these planets velocities- now these waves are similar to the water waves they move far from the source and can be reflected- now- because the planets revolve around the sun in the same one direction, the planets motions energies waves move in one direction toward Pluto (Perpendicular on the revolution direction) – and these waves are unified together in Pluto orbit and by that one unified wave is produced moves by 176 km/s (the 9 planets velocities total)-

And this wave (176 km/s) is reflected from Pluto to Venus- and finally

There's one wave revolves around The Sun its velocity (205.8 km/s)

(because the energy is stored finally in the Earth moon orbit that necessitates to add the moon velocity to the total 176+29.8 = 205.8 km/s)

(2)

I claim these waves are the gravitational waves, the scientists called them wrongly (gravitational) supposing that they are created by the sun gravitational field- I proved that (The sun does NOT create a gravitational field) and these waves are produced by the planets motions energies.

(Notice. The reflection of energy will be explained here)

Shortly, this fact tells one wave revolves around the Sun its velocity is 205.8 km/s

Means-while we see the planets revolution, this wave revolves also but we don't see it

(SECOND FACT) THE RATE OF TIME NECESSITY

We know, There's One Wave In The Space Revolves Around The Sun Its Velocity= 205.8 km/s

The Sun motion velocity is (1km/s=zero approximately), means, The sun is stationary point- here we have a relative motion between 2 velocities

The wave velocity (205.8 km/s) and the sun velocity (Zero approximately)-

This relative motion is the solar system design cornerstone because

In this relative motion the planet motion energy is stored-

Let's explain that

Planet motion energy is stored in the space in waves form, and this energy created the one wave revolves around the sun its velocity (205.8 km/s) but

The planets still move and produce motions energies- means- more energy need to be stored- for that- the rate of time is used to increase the capacity of the energy storing.

Let's use example

One hour of Mercury clock = 24 hours of Pluto clock-

This rate means –

While Mercury moves in a solar day (24 hours) a distance 4.09 million km, Pluto moves in this same period a distance= 9.7 million km, because, (24 hours) of Mercury clock = 24 solar days of Pluto clock- that shows in the same period Pluto moves a distance longer than double Mercury motion distance

BUT

All These Motions Energies Are Transformed Into Waves In The Space- And All Of Them Are Parts In The One Unified Wave- Means- Pluto Motion Contributes In The One Unified Wave By Energy More Than Mercury Motion Energy- that increase the capacity to store the energy

That explains how the rate of time using effect on the planets motions

A Question - Why Should The Energy Be Accumulated?

Because, we need to use the energy and the less amount energy can't be useful and we need massive amount of energy to use it-

Shortly, the sun rays is created from this stored energy and the light beam production process need massive energy, and the planet motion energy is very small amount of energy can't produce any light beam, for that, the planets motions energies have to be stored and accumulated to create the required quantum of energy which is sufficient to produce the light beam.

NOTICE

Here there are 2 facts we need to consider

First,

There's a relative motion between the unified wave (205.8 km/s) and the sun point (1 km/s), All planets motions energies are put in this relative motion- by that, the planets be similar to fingers and this relative motion is the hand of these fingers- No planet motion energy is used out of this relative motion-

Second,

Now the relative motion has 2 velocities, the unified wave (205.8 km/s) and the sun point (1 km/s), and the planets still move and add more motion energies – this more motion energies increase the different velocity 205.8 km/s gradually till this velocity be equal speed of light 300000 km/s - The light beam is produced based on this high velocity

Let's remember the proof

This Is Extraordinary: Gravity Can Create Light, All on Its Own

The article tells- the gravitational waves can move by high velocity and can produce A Light Beam– means- the different velocity should b increased from 205.8 km/s to speed of light (300000 km/s) to produce the light beam

(notice, I have proved the gravitational waves are produced by the planets motions energies and not by the sun gravitational field)

Notice

Planet Creation details can help greatly because it gives another vision for this same fact- it's discussed in item (no.3)-

(THIRD FACT) There Are Relativistic Effects In The Solar System

The relativistic effects are proved because they effect on the planets data – means- because the solar system have relativistic effects, the planets data are effected by these relativistic effects

The relativistic effects prove there's a high velocity motion found in the solar system, by that, the gravitational waves move by speed of light is a fact proved by the relativistic effects found in the solar system –

Please note- the relativistic effects in the solar system depends on the rate (7.1) while the planets velocities analysis shows this same rate (7.1) proves the high velocity motion is a real motion in the solar system

The relativistic effects are proved in point No. (5)

(FOURTH FACT) The Energy Is Reflected In The Solar System

We agreed, the planets motions energies create waves in the space and these waves move toward Pluto, and these waves are unified together into one unified wave its velocity= 205.8 km/s (The planets velocities total) and then the wave is reflected toward Venus- in fact- the unified wave is reflected three times in the solar system

First time, the wave is reflected from Pluto toward Venus – Means, the wave is reflected from Pluto to Neptune then to Uranus to Saturn to Jupiter to Venus

But

Second time, in Saturn, the wave is reflected inside Saturn body one more time, by that Saturn body works as mirrors and the energy is reflected between them- then the energy left Saturn moves in its original direction toward Venus

Third time, Venus reflects the energy toward Mars, and the energy finally is sorted in the Earth moon orbit between Venus and Mars

The reflection of energy is very important because of many reasons we should study but here I refer to one reason only

The reflection of energy causes to reflect the planets data-

what's used as (A) before the reflection will be used as (1/A) after the reflection-

and-

what's used as (a period of time) before the reflection will be used as (a distance) after the reflection – and vice versa

these effects on the data is very important because it explains why the planets data is reflected on one another- and that also proves the gravitational waves are produced by the planets motions energies and not by a gravitational field because the data is belonged to the planets–and the reflection is done by the waves–here the gravitational field has no any effect.

the reflection of energy is proved by strong proves in point no. (6)

(Item no. 2) The Rate Of Time Use Reason (The Solar System Creation Theory)

(1)

The solar system is created from one energy- in details

The planets matters and their distances are created from one energy –this energy is provided by one light beam– and this light beam moves by a velocity 1.16 million km per second- the energy is consumed in the space and time creation- the energy consumption caused to decrease the light velocity and the rest energy is one light beam its velocity 300000 km/s (the known speed of light)

The space and time creation is done by the equation (1.16/0.3) x 2π = 24.3

The equation tells, the space is created in curved lines (2π) and the time is created based on the solar day (24 hours) (later the reason will be explained)

Notice-the space is created from the energy (1.16 million km/ second) but the planets are created from the energy (300000 km/s)- the planets are created after the space.

We realize this is the same one light beam and the two velocities are found as a result for the energy consumption in the space creation.

Shortly the space is created by the energy (1.16 mkm/s) but in this space there's one wave moves by 300000 km/s from this wave the planets are created

(2)

Shortly- the planets matters and their distances are created from One Light Beam Energy- The planets are geometrical points found on this one light beam- by that the planets are similar to knots (or nodes) on ONE rope or cable.

The planets are carried on this light beam and move by this light beam motion

By that- The Planets Are Similar To Carriages In One Train- and the light beam motion is this train engine- the light moves carrying all planets with it-

Light moves one motion and passes one distance in one period of time- The planets have to move this same motion and pass this same distance in this same period of time- BUT –

The planets velocities are less than light velocity for that the planets use rates of time for their motions–by the rates of time- the planets move equal distances in equal periods of time and this distance equal also the light motion distance.

For example-

Mercury velocity = 1.6 the Earth velocity- that means – one hour of Mercury clock = 1.6 hours of the Earth clock- Why??

Because Mercury and the Earth are carried by the same one light beam motion- the light moves one motion and passes one distance in one period of time- by that Mercury and the Earth have to move this same motion and to pass this same distance in this same period of time- but the two planets velocities are different- for that- the planets use different rates of time based on their velocities rates and by that the planets move equal distances in the same period of time – that's the reason to use the rates of time-

(3)

The Velocity 1.16 Million Km Per Second (The Proves)

(first proof) Planet Velocity Analysis

I have discovered a rule tells (v1v2=322) (my fifth equation)– let's prove it

Data

322 = 47.4 km/s (Mercury velocity) x 6.8 km/s (Uranus velocity)

322 = 35 km/s (Venus velocity) x 4.7 km/s (Pluto velocity) x 2

322 = 29.8 km/s (the Earth velocity) x 5.4 km/s (Neptune velocities) x 2

322 = 24.1 km/s (Mars velocity) x 13.1 km/s (Jupiter velocity)

322 = (17.9 km/s)^2 (Ceres velocity) (Max error 2%)

Discussion

The data tells the planets velocities are created complementary one another and based on this constant (322)- but why the constant equal =322?

1160000 seconds = 3600 x 322 hours – means

Mercury (47.4km/s) moves a distance 1160000 km in a period (6.8 hours) and Uranus (6.8 km/s) moves a distance 1160000 km in a period (47.4 hours) – that proves the constant 322 depends on the velocity 1160000 km/s–means- All planets velocities are defined based on this velocity 1160000 km/s which proves this velocity is a fact

Notice

(The inner planets orbital inclinations are defined by the rule (v1/v2), for example, Mercury orbital inclination 7 deg = Mercury velocity 47.4/ Uranus velocity 6.8 that proves the effect of the rule (v1v2=322) on the planet motion)

(Second proof) The planets orbital circumferences total

100733 million km = 86400 seconds x 1160000 km/s

(100733 million km= The Planets Orbital Circumferences Total)

Means- the velocity 1160000 km/s passes per solar day (86400 s) a distance =100733 million km= The Planets Orbital Circumferences Total

Shortly- the planets orbits are defined based on this velocity-

Notice / the planets motions distances total in 1461 solar days = 25920 million km = the distance is passed by light known speed (300000 km/s) in one solar day (86400s)

(1461 days = the Earth cycle = 365 +365 +365 +366)

(the distances total=the 9 planets motions distance + the Earth moon motion distance)

(Third proof) The Planets Distances Creation

The planets distances are created depending on this velocity (1160000 km/s), let's prove that,

778.6 million km (Jupiter orbital distance) = 1160000 km/s x 671 seconds

721 million km (Jupiter Mercury distance) = 1160000 km/s x 629 seconds

629 million km (Jupiter Earth distance) = 1160000 km/s x 551 seconds

4900 million km (Jupiter Orbital Circumference)= 1160000 km/s x 2094 seconds x 2

5906 million km (Pluto Orbital Distance)= 1160000 km/s x 5127 seconds

Where

671 million km = Jupiter Venus distance

551 million km = Jupiter Mars distance

5127 million km = Jupiter Pluto distance

Shortly, the light beam its velocity 1160000 km/s uses the distances as periods of time to create more distances based on one another– for that- the distances are created as one network and one group- Jupiter distances proves this fact clearly-

We remember also the creation equation (1.16/0.3) x 2π = 24.3 by which the space and time are created- the equation tells- all distances are created in curves (2π) and all periods are created based on the solar day (24 hours)

This data tries to prove the velocity 1.16 million km/s is a fact and my paper provides more proves for this fact-

(Item no. 3) The Planet Creation and Motion Description

(i)

Before the solar planets creation

The solar system energy was found in one wave moves by speed of light 300000 km/s- Means-

The solar system is one wave moves by speed of light (300000 km/s)

Now

The Solar System needs To Create A Stationary Point Its velocity Zero relative to the moving wave its velocity is 300000 km/s

This is the basic information in the solar system design-

The solar system needs to create a stationary point relative to the wave motion- by that – two velocities will be found which are (v1= the wave its velocity 300000 km/s) and (v2= Zero= the stationary point relative to the wave motion)–these two velocities produce a relative motion with different velocity 300000 km/s– this relative motion is the solar system design cornerstone.

Notice– The solar system is carried by the light beam motion, NO stationary point can be found here – it's similar to a ship on this sea water- Nothing can stop- because the motion is done forcedly by the sea water –

The stationary point will be similar to the whirlpool (vortex) on the sea page-

But

The solar system needs to create this stationary point

Now – let's try to create this stationary point in following

The solar system uses two procedures to do that,

(ii)

The first procedure

The wave its velocity 300000 km/s revolves around a point in space (any point in space), the revolution motion creates 2 equal velocities on both sides of the revolution- the two velocities are equal in value and opposite in direction- their total be equal Zero-means- the revolution motion creates a stationary point in the center of the revolution.

The second procedure

Why Are These Small Waves Required?

Means- the planets are created for this process to decrease the wave velocity from 300000 km/s to Zero- and The Planet Is A Small Wave Moves By Low Velocity

Shortly – the solar system has one complete system of velocities, Starting from Zero to 300000 km/s where the planets velocities are the steps between the two velocities – let's prove that here

(iii)

300000 km = 7.1 x (205.8)^2 where

7.1 is Lorentz length contraction effect for velocity 297000 km/s (99% of speed of light)

205.8 km/s = the 9 planets velocities total (176 km/s) + the Earth moon velocity

(The moon velocity =29.8 km/s = the Earth velocity because they revolve together)

Why does the data use the squared value (205.8)^2?

We know the answer- but - Let's remember it

The planets are geometrical points on the same light beam and move with its motion- for that- the planets velocities rates creates rates of time– for example- Mercury velocity = 1.6 the Earth velocity- that means – one hour of Mercury clock = 1.6 hours of the Earth clock- Why??

Because Mercury and the Earth are carried by the same one light beam- the light moves one motion and passes one distance in one period of time- by that Mercury and the Earth have to move this same motion and to pass this same distance in this same period of time- but the two planets velocities are different- for that- the planets use different rates of time based on their velocities rates and by that the planets move equal distances in the same period of time –

Now- the velocity (205.8 km/s) move relative to the stationary point (Zero) and creates a rate of time (1 second = 205.8 seconds) –

(one second of the unified wave clock = 205.8 seconds of the stationary point clock)

But – the energy is reflected in the solar system (I prove that in point no.6),

The energy reflection reflects the players – means

(one second of the stationary point clock = 205.8 seconds of the unified wave clock)

The stationary point will be THE SUN – by that

(one second of the sun clock = 205.8 seconds of the unified wave clock) – means

(one second of the sun clock = 205.8 seconds of any planet clock) –

Now during one second of the sun clock, the wave clock needs 205.8 seconds while the wave moves by a velocity 205.8 km/s- means –

During one second of the sun clock, the wave moves 42253 km = 300000 km /7.1

That creates the different velocity 300000 km/s between the sun motion and the wave motion-

Notice 1

The wave (205.8 km/s) moves during 1461 seconds a distance = 300000 km, and we know the Earth cycle (1461 days = 365 +365 +365 +366)

That tells, the speed of light (300000 km/s) is performed by the rate of time and that causes to create the Earth cycle-

Notice 2

Planet velocity is created by the rate of time- means- if no rate of time can be used – No planet velocity can be created – instead- all motions will be only by speed of light (300000 km/s)- the planet can create a small velocity because it can use rate of time

We realize that clearly because

The planets motions depend on the light motion- by that – the motion is done by One Motor only which moves by speed of light (300000 km/s), the planets can only move by speed of light or create a rate of time for their smaller velocities - No more options are provided (CONT)

Gerges Francis Tawdrous +201022532292

Physics Department- Physics & Mathematics Faculty

Peoples' Friendship university of Russia – Moscow (2010-2013)

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