#quantum computing lab

[dearfuturewetried]

Pics or it didn't happen

LC sample swatches and pretty lights

[insightfultake]

Lab-Grown Diamonds: India's Sparkling Revolution

Diamonds have long symbolized status, love, and aspiration, but behind their brilliance lies a complex narrative of environmental concerns, ethical dilemmas, and fluctuating prices. Enter lab-grown diamonds—engineered with precision, yet identical in composition to their mined counterparts. These stones are transforming the Indian market, offering consumers a sustainable, affordable, and conflict-free alternative. What once seemed a niche innovation is now disrupting traditional diamond commerce, drawing attention from millennials, investors, and even luxury brands. As India, a global diamond powerhouse, embraces this shift, the question is no longer whether lab-grown diamonds will succeed, but how quickly they will dominate. With India being one of the largest producers and consumers of diamonds, this transition holds immense significance for both the domestic and international markets.

[amrtechinsights]

Unlock the future of computing with #Google's groundbreaking Quantum AI Lab! 🚀 From revolutionizing industries to shaping the next era of technology, quantum computing is here to stay. 🌐🔍 #QuantumComputing #AI #TechInnovation #FutureOfTech #GoogleAI #DisruptTheNorm #NextGenComputing #TechRevolution

[techverse1]

Google Unveils Quantum Computing Breakthrough with New 'Willow' Chip

Google has introduced a groundbreaking new quantum computing chip, named "Willow," which marks a significant step in the advancement of quantum technology. According to Google, Willow can solve a complex problem in just five minutes—a task that would take the world's fastest supercomputers ten septillion years to complete, or 10,000,000,000,000,000,000,000,000 years.

A Milestone in Quantum Computing

The Willow chip is the latest innovation from Google’s Quantum AI lab. It incorporates critical breakthroughs and demonstrates potential pathways toward creating a functional, large-scale quantum computer. However, experts caution that while Willow showcases impressive performance, it remains largely experimental, and the development of quantum computers capable of addressing real-world challenges is still years—and billions of dollars—ahead.

Quantum Computing: A Quick Primer

Quantum computers operate fundamentally differently from classical computers by leveraging quantum mechanics—the behavior of ultra-small particles—to perform certain computations far faster than traditional machines. This could one day revolutionize complex processes like drug discovery, climate modeling, and nuclear fusion research.

However, quantum computers also raise concerns. Experts fear their power could potentially disrupt encryption methods safeguarding sensitive information. For example, Apple is already working to make iMessage communications "quantum-proof" to guard against future quantum computing breakthroughs.

Willow’s Key Innovations

Willow represents a major technological step by addressing a long-standing issue in quantum computing: error correction. Quantum computers are prone to errors, especially as the number of qubits (quantum bits) increases. Willow’s design introduces a significant reduction in error rates across the system as the number of qubits scales up—a breakthrough that has eluded researchers for nearly three decades.

Hartmut Neven, head of Google’s Quantum AI lab, describes Willow's development as “comparable to having a plane with multiple engines—the more engines you have, the safer and more reliable the system becomes.” While this is a major step forward, Google notes that additional progress is required to bring error rates even lower before quantum computers can become fully practical.

Industry and Global Impacts

Quantum computing remains a global priority, with governments and companies investing heavily in the field. In the UK, the National Quantum Computing Centre (NQCC) was recently established, with director Michael Cuthbert emphasizing that Willow represents a significant milestone but is not yet a "breakthrough" in solving all quantum computing challenges.

Moreover, different quantum computing approaches are being explored globally. For example, researchers at Oxford University and Osaka University in Japan recently developed low-error rate qubits that can function at room temperature. Unlike Google’s Willow, which requires ultra-low temperatures to operate, these qubits promise alternative pathways for the future of quantum computing.

The Next Frontier

While Willow showcases impressive potential, Google acknowledges that building quantum computers capable of solving practical, real-world problems is still a long-term goal. The chip, produced at Google’s newly constructed quantum manufacturing facility in California, reflects significant advancements that could lead to practical applications like pharmaceutical development, climate research, improved battery technology, and complex logistical problem-solving.

The research findings behind Willow have been published in Nature, highlighting its performance and the technological strides made to reduce quantum computing errors.

The Road Ahead

While this technological leap forward is promising, Google, governments, and private companies must continue pursuing research and innovation to make quantum computing scalable, affordable, and widely applicable. Quantum computing is at the threshold of potentially reshaping industries and scientific discovery—Willow is merely the first step in this ambitious journey.

[techtoio]

How to Create Stunning Graphics with Adobe Photoshop

Introduction

Adobe Photoshop is the preferred software for graphic designers, photographers, and digital artists worldwide. Its powerful tools and versatile features lead to the foundation of an essential application that one needs to create the best kind of graphics. Mastering Photoshop can improve your creative-level projects, whether you are a beginner or an experienced user. In this tutorial, we will walk you through the basics and advanced techniques so you can create stunning graphics with the help of Adobe Photoshop. Read to continue

[sunarryn]

DP X Marvel #1

Don’t get me wrong—I love DP X DC, but I want more post for DP X Marvel, so I decided to write my own.

Danny had been in Amity Park, dodging international press, paparazzi, and the occasional FBI van parked outside his house, because, well, saving the world and exposing the existence of ghosts kind of made him a big deal. The whole “I’m actually Phantom” reveal had sent the world into a meltdown, with headlines like “Teen Ghostboy Saves Earth, Wears Same Hoodie for Six Days” and “Should Phantom Pay Taxes?” clogging up the internet.

That’s when Tony Stark showed up.

In person.

“You ever consider switching teams?” Tony asked while eating a hotdog in Danny’s kitchen like he owned the place. “I don’t mean ghost to human. I mean ghost to Avenger.”

Danny, halfway through microwaving leftover pizza, blinked. “Is this a recruitment thing or are you just lost?”

“A little of both.” Tony admitted. “I’ve got a proposition for you. Comes with a full scholarship, housing, no taxes, and a lifetime supply of Pop-Tarts.”

“…Okay but like. Why Pop-Tarts?”

“I have a theory about your ghost metabolism and artificial preservatives.” Tony said, waving his hand like it was normal science and not the start of an exorcism. “Anyway. Stark Industries internship. Full ride to Midtown School of Science and Technology. We pretend this is for science—understanding ghosts and ectoplasm and your stupid glowy ice powers or whatever—and I get to say I recruited the coolest teen superhero before the other billionaires.”

“You just don’t want me joining Batman.” Danny muttered.

Tony narrowed his eyes. “Don’t say the B-word in my presence.”

So that’s how Danny Fenton—Amity Park’s favorite undead menace—ended up in New York City, living in a swanky Stark-funded high-rise with a fully stocked lab, an entire ghost-proof gym, and a contract that explicitly stated “NO OPENING INTERDIMENSIONAL PORTALS BEFORE 9AM” in Comic Sans.

Midtown High was wild. First of all, every student looked like they either had a skincare sponsorship or fought crime on the weekends. Second, the STEM program had actual quantum computers. Danny’s old school had a vending machine that exploded if you pressed B5 twice.

Third: Peter Parker.

Danny met him on his first day, right after being hit by a rogue drone in robotics class and slamming face-first into a whiteboard that read “No running in the lab.”

Peter looked down at him. “You good, man?”

Danny blinked. “Spider-Man?”

Peter blinked. “I have no idea what you’re talking about.”

Danny smirked. “Uh-huh. Tony says hi.”

Peter yanked him up by the arm and shoved him into a janitor’s closet so fast it could’ve given someone whiplash.

“Shh!” Peter exclaimed. “You can’t just say that out loud! People don’t know!”

Danny shrugged, now intangibly phasing halfway through a mop bucket. “Relax. Everyone already knows I’m Phantom. It’s not like we’re on equal secret identity footing here.”

Peter blinked at that. “Wait, you’re Phantom? Like THE Phantom?”

Danny stuck his head through the wall dramatically. “Boo.”

Peter shrieked and punched him. Which didn’t work. At all. From then on, they were inseparable.

Mostly because Tony made them sit next to each other at every Stark-sponsored science conference with assigned seating and a label that said “Teen Angst Section.” But also because they kind of understood each other. Weird powers. Exhausting double lives. Constant media attention. Love lives that were mostly disaster zones.

Also, because every time there was an emergency in New York, Danny would dramatically yell, “I GOT THIS!” turn into a glowing ghost, phase through the ceiling, and leave Peter holding their science project like, “Great. Now I have to explain this to Ms. Warren.”

There was a running bet in the school on how many times a week Danny would ghost out during class. The record was four times in a single Monday. Once during math. Twice during lunch. Once mid-presentation, when his eyes flashed green, and he mumbled, “Hold up, I think a ghost just tried to eat a nun,” before vanishing.

He got an A. Mostly out of fear.

They became known around Midtown as “Science Boyfriends,” a term coined by their English teacher after they accidentally blew up the chemistry lab and rebuilt it with better airflow and a smoothie bar.

Peter tried to deny it. Danny didn’t.

“I mean, he’s cute.” Danny would shrug while eating a granola bar and floating upside-down. “And have you seen his calves? Spider thighs? Man’s got spider thighs.”

Peter threatened to web his mouth shut. Danny turned intangible and said “do it, coward.”

Happy Hogan was having a mental breakdown.

“Mr. Stark.” He said once, after catching Danny phasing through a vending machine and Peter falling out of a ceiling vent. “They’re going to destroy the school.”

“They’re already destroying my will to live.” Tony muttered, sipping coffee while watching Phantom carry Spider-Man bridal-style on a street livestream. “But you can’t deny the brand synergy.”

And oh, the public loved Danny.

Kids wore Phantom backpacks. There was a whole TikTok trend called “Go Ghost Challenge” which was just teens flinging themselves over furniture in hopes of catching flight. People stopped him on the street for selfies. A company released a Ghost Repellent Spray that was literally just Febreze with a green label.

Meanwhile, Danny and Peter were balancing AP Physics, ghost attacks, Stark internships, and trying to keep a low profile despite Danny being literally neon.

Peter was this close to combusting.

“I can’t keep doing this.” Peter whispered during lunch, forehead pressed against a table. “My GPA is dying. I’m dying. My soul is cracking. I haven’t slept in three days.”

Danny, completely fine, sipping chocolate milk through a straw, replied, “I think a banshee tried to possess the home ec teacher.”

Peter stared. “… Danny.”

“Her cupcakes were glowing.”

“DANIEL JAMES!”

It didn’t help that the media kept speculating if Phantom was dating Spider-Man. There were articles like “Who’s the Top Ghost? Our Editors Discuss” and “Teen Heroes: Roommates or Soulmates?” Danny read them out loud during lunch.

Peter screamed into a burrito.

And then there was that time someone tried to kidnap Peter during gym class. Bad idea. Danny turned invisible, slammed the guy through the bleachers, and then flew Peter to safety in front of the entire school.

“You didn’t have to carry me!” Peter hissed later. “I had it under control.”

“You were duct-taped to a chair.” Danny pointed out.

“I was about to chew through the tape!”

“Like a squirrel.”

“Like a spider!”

After that, it wasn’t just the school that shipped them. The city did. There were shirts. Stickers. Fanfiction. Someone made a rap.

Tony started selling merch.

“We’re not even dating!” Peter yelled one afternoon, dodging a drone with their faces painted on it.

Danny just winked. “Yet.”

And honestly? They made a good team.

When ghosts got loose, Danny handled the supernatural. When aliens showed up, Peter webbed ‘em to the nearest wall. When things exploded, they blamed Flash Thompson.

Midtown might have been chaos. Their lives might have been actual flaming garbage fires. But in the middle of it all, Danny and Peter were the weirdest, most terrifying, most effective duo the teen superhero world had ever seen.

One had ghost lasers.

The other had web shooters.

Both had the fashion sense of stressed-out raccoons.

And somehow, they made it work.

Until Danny accidentally opened a portal to the Ghost Zone during prom. But that’s a story for another day.

[swappedandtrapped]

Swapping Research - Part 3

Read part 1 here Read part 2 here

"Fix this." Marcus's voice—Tyler's voice—cracked as he grabbed Alex's shoulders. "Whatever you did, undo it. Now."

Alex stepped back, her face tight with conflict. "It's not that simple. The quantum entanglement that facilitates the transfer has been modified. Tyler asked me to—"

"Show me!" Marcus pointed toward her computer. "Show me exactly what you changed. Now!"

"I can explain," Tyler said, the familiar features of Marcus's face contorted with unfamiliar desperation. "You still have a body, a life. I'm not taking everything."

"Not everything?" Marcus laughed bitterly. "Just my future. My medical school. My brain."

"My procedure wasn't designed for permanent transfer," Alex said quietly, pulling up complex neural mapping on her monitor. "But Tyler convinced me the research value was—"

"Research value?" Marcus stared at her. "You're using us as lab rats?"

Alex's shoulders slumped. "You don't understand. My brother Michael, after his car accident… He's trapped in a body that doesn't work while his mind is intact. This technology could help thousands like him."

"So you used us."

"I used the opportunity," she corrected. "And Tyler was—"

"Show me what you changed," Marcus demanded again.

Alex pulled up a complex neural diagram. "The initial transfer created quantum entanglement between your neural signatures. For temporary transfer, the entanglement naturally degrades. For extended transfer…" She pointed to a modified segment. "I stabilized the entanglement and introduced a selective degradation algorithm that reinforces Tyler's signature in your original brain."

"And destroyed the original components of the device," Tyler added quietly.

Both Alex and Marcus turned their heads to Tyler. Marcus felt the floor drop beneath him. "You what?"

Alex interjected. "This isn't what we talked about Tyler. What the hell?"

"I can't go back," Tyler said, voice breaking. "You don't know what it's like, Marcus. For the first time in my life, I can think without fighting my own brain. I read an entire textbook yesterday. Just sat and read it, front to back, and understood everything." His eyes, Marcus's eyes, gleamed with tears. "Do you know what that feels like? To be smart after a lifetime of drowning?"

"And I'm supposed to live in your body? With your basketball scholarship I can't maintain? With your father constantly on your back?" Marcus's hands shook with rage. "My medical school interview is Monday!"

"I'll nail it," Tyler said. "I've been studying your notes, practicing with your flash cards. This brain, your brain, it remembers everything. First try."

"It's my future!" Marcus grabbed a nearby monitor and hurled it against the wall. The unfamiliar strength of Tyler's arms sent it crashing with far more force than intended. "My life! My parents' sacrifices!"

Alex stepped back, eyes wide. "Marcus, please—"

"My parents immigrated with nothing. Worked double shifts for my education." The words came out in a roar, Tyler's voice filling the small lab. "And you're stealing everything they worked for!"

"You get to be athletic, popular," Tyler countered. "People respect you now. They listen when you talk."

"I don't want that! I want MY life!" Marcus swept his arm across a desk, sending equipment clattering. The physical release felt alarmingly good in Tyler's body, the raw strength an outlet for his despair.

"Marcus, stop!" Alex moved between him and the equipment. "Violence isn't going to solve this."

"What will, then? Tyler destroyed the components." The fight drained from him suddenly, replaced by hollow despair. "I'm trapped."

"Not trapped," Tyler said. "Just… different. I can help you navigate my life, the basketball—"

"Stop talking." Marcus sat heavily. "Monday is the Kellerman interview. The program that's accepted three students in five years. The entire reason I—" He stopped, overcome. "My parents are flying in to celebrate after. They think it's guaranteed."

Tyler's expression changed, a subtle shift in Marcus's features. For a moment, something like guilt crossed his face. He looked away. "I'm sorry, Marcus. I didn't have a choice."

"You had a choice," Marcus whispered. "You just made the selfish one."

---

One month later, Marcus sat on the bench during a crucial conference game, his knee wrapped tightly, watching his team lose without him. His Coach had benched him after weeks of declining performance.

"Reeves, what the hell happened to you?" Barrett had demanded after Marcus missed yet another defensive assignment. "It's like you forgot how to play over summer."

How could Marcus explain that muscle memory wasn't enough? That Tyler's instincts were fading while his own analytical approach couldn't compensate? That each day, his connection to his original life slipped further away?

His phone vibrated. Tyler, checking in with artificial cheer, maintaining the pretense that this was temporary, a research extension: Got the med school acceptance letter today. Your parents are ecstatic. Your mom cried.

Marcus pocketed the phone without responding. Tyler called less frequently now, their conversations strained. What was there to say? "Thanks for maintaining my GPA while I lose your scholarship"? "Enjoying my parents' pride while yours threatens to disown me"?

---

After the game, Marcus returned to Tyler's apartment—his apartment now—and stared at the anatomy textbook he'd been trying to study. The words blurred and swam, his new brain struggling with the complex terminology that once came naturally. Trapped in Tyler's dyslexic patterns, he couldn't retain the information that had once been effortless.

Worse than the academic loss was the sense of his own identity dissolving. He'd catch himself using more of Tyler's phrases, laughing at more jokes he wouldn't have understood before, responding to Tyler's name without hesitation. His memories of childhood felt increasingly distant, replaced by physical memories embedded in this body, how to execute a perfect jump shot, how to charm a date with a specific smile, how to deflect a father's cutting criticism.

He couldn't remember his mother's birthday last week. He'd forgotten the Mandarin phrases his grandmother had taught him.

Even in his dreams, he was Tyler now.

He tried reciting the bones of the hand, his old calming ritual. "Trapezoid, trapezium…" The third bone eluded him. Had it been lunate? Hamate? The anatomical terms that once ordered his anxious mind were slipping away.

His phone rang again. Tyler.

"Hey," Marcus answered, too exhausted for anger.

"Just checking in." Tyler's voice was careful, controlled. "Alex wants more data on our adaptation progress."

"Tell her my adaptation is going great," Marcus said bitterly. "I'm failing Kinesiology despite living in a athlete's body. Forgot my own mother's birthday. Can't read more than ten pages without the words scrambling."

Silence stretched between them.

"I never meant—" Tyler began.

"Yes, you did," Marcus cut him off. "You saw a chance and took it. I just never thought you'd sacrifice my future for yours."

"I was drowning," Tyler whispered. "Every day."

"And now I am." Marcus stared at the basketball on his living room floor. "Congratulations on med school. My parents must be thrilled."

"They are." The quiet pride in Tyler's voice, using Marcus's voice, was unbearable. "Your dad called me 'son' yesterday."

Something broke inside Marcus. "Don't call again," he said. "We're not researching anymore. We're not friends. You're living my life, and I'm disappearing into yours. Just… let me fade away in peace."

He ended the call and picked up the anatomy textbook again, staring at meaningless symbols on the page. He tried once more to remember the bones of the hand, a final desperate attempt to hold onto the person he had been.

But the stranger in his head had already taken up residence, and Marcus Chen was gradually becoming a memory that even he couldn't fully recall.

[artificial-transmutations]

Historically Accurate

"I'm telling you, Hollywood is going down with all the woke crap! You know what they say: Go woke go broke!"

Julian and Wallace were on their way back from the lunch room and the former was listening to the latter complaining. Julian had tried to avoid any topic like this, but, really, it was a mine field with Wallace. Just about *every* topic had the potential to turn out political.

"I don't see what's wrong with a little inclusion in pop culture." Julian said, not wanting to argue but also not wanting to leave that opinion unopposed.

"Everything! It's just plain wrong, and it's brainwash, too. I mean, it's like a mind virus, poisoning everything! There's a western coming out next week. But it's all bullshit woke agenda again. The cowboy is black and gay! Literal brainwash and historical rewrite."

Julian frowned. How could an intelligent person like Wallace be so stupid at the same time?

"Why does that even bother you? I thought you hated westerns."

"Yes, that's not the point. Fact is, it's historically inaccurate and just pushing the woke agenda."

"Actually, I think it's not even historically incorrect." Julian pondered as they entered the lab using Julian's keycard and an iris scan of both scientists.

Wallace was borderline angry now.

"What are you talking about? Everyone knows that cowboys were the whitest and the straightest people there were."

"I'm not quite sure", Julian said. "Weren't there freed slaves and so on? And I would guess if you were underway with another guy for prolonged periods of time, not everything staid straight, too."

"Bullshit! Everyone knows cowboys weren't fags, and they were white."

Wallace seemed agitated now, and his usual stiff demeanor became even more pronounced.

Wallace was in his mid-forties, but the way he was talking, he seemed way older to Julian.

Julian on the other hand was awfully young for the position he had. Being 25, he still didn't look like he had finished college, even though he had his doctorate already.

It was really a bit sad, he thought. Two of the brightest minds and they were bickering over basic, meaningless distinctions like ethnicity or sexual orientation.

"We could just ask the computer." he proposed, but Wallace frowned.

"We are not supposed to use the equipment for private research." he said.

'The computer' was part of the highly secretive project they worked on. When finished, it was supposed to be a time machine, simple as that. The actual time travel device didn't work properly yet, but a part of it, a chronoton boosted quantum computer that was able to access history itself to answer questions about the part, was already functioning quite well.

"But we are supposed to test it from time to time. Are you afraid of the answer it might give?"

"Of course not." Wallace grumbled. "Fine. Computer! Is there any historical evidence of gay black cowboys?"

The voice activated system acknowledged the request with a beep. While waiting for the answer, Julian checked the parameters of the system and found them in near-perfect condition.

Finally, the system answered, with the neutral male voice it was programmed with.

"A significant portion of cowboys consisted of people with African heritage, especially after the freeing of slaves after the civil war. Homosexual acts and attraction were common among cowboys, especially during the trail drives. Demonstrating..."

"Hrmpf." Wallace said, clearly not happy.

Julian, who was still checking the readings, scratched his head.

"Did you remember to disconnect the capsule before making the query? It seems to be drawing power."

"Ah, crap. That's just because of all the bullshit talk. Computer, stop!"

"Unable to comply. Demonstrating... Target: Montana Frontier Area, June 1865..."

The white walls of the chamber started to glow in an ever brighter white that was beginning to hurt the eyes.

"Crap. Julian, cut the power!" Wallace said, now with a clear notion of fear in his voice. The younger scientist didn't answer but tried to do as he was told - but did not succeed in time.

Suddenly, with a flash, their surroundings changed and the two of them found themselves in the middle of a rugged mountain range, on the border of a pine forest. It was late afternoon and the scientists found themselves in a just set-up camp. Two horses were standing nearby, and a small herd of cows was grazing at a meadow.

Wallace sighed and shook his head angrily. "Just great. Look at the mess you just put us in. Now we have to wait until we're rescued. And, apparently, we have to meet some black homo cowboys."

Julian looked around but couldn't see anyone around.

"I would have also guessed so, but there doesn't seem to be anyone there."

His heart sank as he had a terrible suspicion. He had been experimenting lately with a normalization circuit that would embed the time travelers into history instead of superimposing them onto it. That was - according to his theories - a rather elegant way to resolve the repelling effect the historical structure had, but it wasn't finished by any means. It had never been tested and even theoretically, it wouldn't be able to achieve a partial embedding, only a full one at best. And the more he thought about it, the more he was convinced that it had still been connected to the system.

As Julian thought about how to break it to Wallace, he noticed something strange about the other scientist. It could be a trick of the light, but he looked way more tanned than before.

"Uhm... It might actually be somewhat worse than that. I think my normalization circuit was still active when you activated the machine."

"What? What does that mean?" Wallace looked at him, furiously now.

"Well, I would guess..." Julian struggled and gave up. "Look at your hands, I think it's pretty self-explanatory."

Wallace looked down at his darkening hands and paled. Even now, he still had a considerably darker skin tone than before, darkening with every passing second.

"Shit." he said. "That's what you get for fucking around with a half-finished experiment."

Julian didn't even dare to mention his suspicion. If his normalization circuit was really active, that would make Wallace an actual, black cowboy, and not just him. Julian was also a time traveler, so he, too, would be affected.

Meanwhile, the changes in Wallace seemed to have proceeded. His facial structure looked like it was in motion before finally settling on a generally broader, manlier shape: The jawline became more pronounced, and his cheekbones raised.

"Is there... anything going on with me as well?" Julian asked.

Wallace looked over at him.

"Yeah, your hair color is changing, and I think your eye color. Blonde and blue-eyed, how cliché. But most importantly, you're not becoming fucking a fucking Black man."

Wallace didn't say Black man.

For some reason, this didn't bother Julian half as much as it should have. He felt rather at ease, and the untamed wilderness around him awakened a sense of adventure inside of him that he didn't know was in him.

Meanwhile Wallace was also feeling a change within. A surge of confidence emerged from within him that was entirely alien to the deeply insecure man at first, but quickly became more and more part of his personality. It was like his core was solidifying into a confident and assertive nature, a boldness and quiet he secretly always wished he had. At the same time, his body structure changed considerably.

Where before, Wallace had been a physically unimpressive mid-forties man, it now seemed like the years melted off of him, and for every year that he lost, he gained three pounds of muscle mass and beef. His shoulders widened, his height increased, and his frame expanded in order to accommodate the new body mass.

"It's not that bad, ain't it?" While Julian's body had not changed much besides the hair and eye color, his voice sounded entirely different now. It had a southern lilt to it, but it was charismatic and charming. It was the kind of voice you could listen to for hours without end, perfect for reading an audiobook - or telling campfire stories.

"Well now, I ain't too sure 'bout that." Wallace's voice had changed even more considerably when he answered. He had gained a thick southern accent, and his voice had dropped to a low and smooth voice that sounded commanding even if he didn't intend to.

"Ha, look at that, your skin's startin' to change now, too!"

And really, Julian's skin had started to adapt as well, but it was quickly becoming apparent that it went a different route than Wallace's. Instead of darkening to the almost black tone that he was sporting, Julian's skin became rougher and got a sun-kissed tan instead. His facial features sharpened, as his cheekbones looked chiseled all of a sudden and a rugged beard texture was adorning his chin. Julian seemed to notice it, too, since he started touching his new face immediately.

"Cool! Always wondered what I'd look like sportin' a beard." he said, apparently not too unhappy with the changes.

There was no denying Julian looked good, which made Wallace feel a touch of jealousy. In his opinion, it wasn't fair that he was the only one having to deal with the black skin. That feeling quickly faded, though, as his changes continued. His hair became very short, curly and dark. At the same time, a short beard formed on his chin and upper lip, giving him an even manlier appeal. At the same time, chest hair sprouted, sparsely of course, as it was normal for a man of his heritage. A strange feeling overcame Wallace. He wasn't necessarily *proud* to be Black now, but he also didn't mind it anymore. He was proud of a lot of secondary assets, though, like his bulging muscles or his handsome face. As his eyes became a dark brown, he had to smirk as he sat down by the fire, readjusting himself in the process. And, of course, his big cock, which might also have been positively influenced by his new ancestry.

Wallace watched as Julian turned around and tended to the horses. His body was now, finally, also changing. It didn't become nearly as bulky as his own, but instead lean and agile, with narrow hips and a well-distributed surprising strength, as Wallace knew. While Julian was busy with the horses, Wallace had a good view of his ass. It filled out the jeans just so well, and Vallace only noticed now that the other man's attire had changed. He was clad in a pair of blue jeans, a vest and, of course a Stetson now, and Vance always thought that this outfit accentuated the best parts of his partner quite well. He preferred black leather, himself, since the material was sturdier and felt better on the skin.

Vince felt his cock hardening in his leather pants and readjusted himself again while also leaning back and spreading his legs to make more room for the erection. He wasn't afraid of anyone seeing his rude behavior. The only other man within a wide range was Jesse, the owner of that juicy ass. And he was allowed to see... well, everything.

Vince waited patiently until Jesse returned to the campfire, with a big smile on his face.

"How them horses holdin' up, partner?" Vince asked.

"They're good. Just a tad worn out from today's ride." Jesse answered.

"Well, there's somethin' else needs tendin' to, if you're free to lend a hand. Or an ass." Vince grinned and made his cock throb in the confines of his tight leather pants.

Jesse grinned at the display of masculinity and massaged his own cock.

"Hell yes!"

As Jesse moved over in his usual graceful movements, Vince leaned back. There really wasn't anything better than being a big, black cowboy. Especially not with a partner like Jesse, who was always happy to make the nights in the wilderness a little less lonely.

Certainly not poor and lonesome! Also check out this awesome writer!

There are a few more versions of Jesse and Vince, over at my tip jar.

[mindblowingscience]

An international team led by Rutgers University-New Brunswick researchers has merged two lab-synthesized materials into a synthetic quantum structure once thought impossible to exist and produced an exotic structure expected to provide insights that could lead to new materials at the core of quantum computing. The work, described in a cover story in the journal Nano Letters, explains how four years of continuous experimentation led to a novel method to design and build a unique, tiny sandwich composed of distinct atomic layers. One slice of the microscopic structure is made of dysprosium titanate, an inorganic compound used in nuclear reactors to trap radioactive materials and contain elusive magnetic monopole particles, while the other is composed of pyrochlore iridate, a new magnetic semimetal mainly used in today's experimental research due to its distinctive electronic, topological and magnetic properties.

Continue Reading.

[esotericimagesforredpilledpeople]

In the late 1990s, Enron, the infamous energy giant, and MCI, the telecom titan, were secretly collaborating on a clandestine project codenamed "Chronos Ledger." The official narrative tells us Enron collapsed in 2001 due to accounting fraud, and MCI (then part of WorldCom) imploded in 2002 over similar financial shenanigans. But what if these collapses were a smokescreen? What if Enron and MCI were actually sacrificial pawns in a grand experiment to birth Bitcoin—a decentralized currency designed to destabilize global finance and usher in a new world order?

Here’s the story: Enron wasn’t just manipulating energy markets; it was funding a secret think tank of rogue mathematicians, cryptographers, and futurists embedded within MCI’s sprawling telecom infrastructure. Their goal? To create a digital currency that could operate beyond the reach of governments and banks. Enron’s off-the-books partnerships—like the ones that tanked its stock—were actually shell companies funneling billions into this project. MCI, with its vast network of fiber-optic cables and data centers, provided the technological backbone, secretly testing encrypted "proto-blockchain" transactions disguised as routine telecom data.

But why the dramatic collapses? Because the project was compromised. In 2001, a whistleblower—let’s call them "Satoshi Prime"—threatened to expose Chronos Ledger to the SEC. To protect the bigger plan, Enron and MCI’s leadership staged their own downfall, using cooked books as a convenient distraction. The core team went underground, taking with them the blueprints for what would later become Bitcoin.

Fast forward to 2008. The financial crisis hits, and a mysterious figure, Satoshi Nakamoto, releases the Bitcoin whitepaper. Coincidence? Hardly. Satoshi wasn’t one person but a collective—a cabal of former Enron execs, MCI engineers, and shadowy venture capitalists who’d been biding their time. The 2008 crash was their trigger: a chaotic moment to introduce Bitcoin as a "savior" currency, free from the corrupt systems they’d once propped up. The blockchain’s decentralized nature? A direct descendant of MCI’s encrypted data networks. Bitcoin’s energy-intensive mining? A twisted homage to Enron’s energy market manipulations.

But here’s where it gets truly wild: Chronos Ledger wasn’t just about money—it was about time. Enron and MCI had stumbled onto a fringe theory during their collaboration: that a sufficiently complex ledger, powered by quantum computing (secretly prototyped in MCI labs), could "timestamp" events across dimensions, effectively predicting—or even altering—future outcomes. Bitcoin’s blockchain was the public-facing piece of this puzzle, a distraction to keep the masses busy while the real tech evolved in secret. The halving cycles? A countdown to when the full system activates.

Today, the descendants of this conspiracy—hidden in plain sight among crypto whales and Silicon Valley elites—are quietly amassing Bitcoin not for profit, but to control the final activation of Chronos Ledger. When Bitcoin’s last block is mined (projected for 2140), they believe it’ll unlock a temporal feedback loop, resetting the global economy to 1999—pre-Enron collapse—giving them infinite do-overs to perfect their dominion. The Enron and MCI scandals? Just the first dominoes in a game of chance and power.

[squeakadeeks]

Can I ask what your job is? Not asking for like. The name of the lab you work at or anything! Just general if you’re comfortable with that! I see pictures of you in a lab with Big Machine and Cylinders and my interest is peaked

totally! i genuinely, unironically teleport electrons for a living.

I study novel superconductors for the purpose of quantum computing. These are materials with zero electrical resistance, so electrons just slip slide right on through them like a trout through a pristine mountain stream. this is in contrast to everyday materials that have significant resistance, even the wires we use for everyday electric currents in our devices and walls have significant energy loss. this is why i cant hook up a regular wire stretching from california to new york and carry a current the whole way. (not to quote megamind but just because somethings a conductor, doesnt mean its a SUPERconductor)

To study the properties of these superconductors, i quite literally teleport electrons from an atomically sharp, one singular atom wide tip into the surface of the material when the tip and the sample are about one or two atomic diameters apart. The tip and the material are so close that quantum mechanics kicks in and the electrons will spontaneously quantum tunnel from one location to another. As these electrons quantum tunnel across the junction, i interpret the flow of electrons as a tunneling current, looking to see places where its easier or harder for electrons to make the jump. I then use those fluctuations to get information about the sample.

this actual "teleportation" can happen on a stage smaller than a single red blood cell. But due to the nature of superconductors, these experiments have to be done at temperatures just barely above absolute zero, in ultra high vacuum at pressures one billion times below atmosphere (our vacuum actually beats the vacuum of space outside the ISS!), and with extreme vibration and noise isolation; all of this is why the room and the equipment looks as funky as it does!

[balloonthehutt]

Chapter One

summary: jack visits halley in the lab.

warnings: none, a little bit of fluff, angst, some nerd stuff.

pairing: jack daniels x fem!oc

The walls didn’t feel so cold when he moved through them with no expectations on his shoulders—nothing to prove, nowhere to be. They had reduced him to a lower-rank agent, giving him just enough freedom to walk around but not enough to make him feel like he belonged. He didn’t.

Jack had grown accustomed to walking these sterile hallways with the quiet shuffle of a man who no longer had the right to command attention. He wasn’t part of the higher ranks anymore. He wasn’t part of anything.

But there was one place he could go.

The lab.

He wasn’t entirely sure why, but he felt drawn to it. Maybe it was the constant hum of machines and the quiet rhythm of Halley’s presence, always moving—tinkering with her screens, surrounded by her inventions, her delicate genius. Something about her steadiness pulled at him, a curiosity he couldn’t quite explain.

No one had told him to avoid her; no one had told him he could not visit. But it still felt like an unspoken rule. The others—his colleagues, the ones who were still allowed to stand tall with their badges—had forgotten about him. They probably wouldn’t even notice if he slipped away to see her.

Jack found the door to the lab almost without thinking, his boots quiet against the floor as he approached. It was like the whole building held its breath as he stood there for a moment, the weight of his own uncertainty pressing down on him, but there was something else. A feeling he hadn’t quite allowed himself to name since… well, since the whole damn mess started.

He pushed open the door slowly, careful not to make a sound.

But the soft click of the door latch was enough to make Halley look up from her work, and her sharp intake of breath was the only warning he got before she turned around, catching him in the act.

“Jack!” she exclaimed, her voice a little sharper than usual. “What are you doing? Sneaking up like that?”

“Don’t mean no harm, darlin’. Just… wanted to see what you’re up to.”

"You can't come here whenever you want. What if someone catches you?"

"I have access to the lab, darlin'" he gently explained, putting his hands into the pockets of his Wrangler jeans. “Besides, why do you care if someone sees me here?"

Her cheeks started to burn.

"I-" she trailed off, her shoulders slowly dropping. “I don't want you to get in trouble."

“Trouble s' my middle name, you should know that by now." he scoffed, taking a look around then at the screen in front of her. “What's that?"

He pointed to the hologram. Halley did a little spin in her chair.

"I’ve been optimizing Tadashi’s neural processing capabilities by integrating a self-adaptive quantum matrix into his existing framework. It allows for exponential scalability in decision-making pathways without compromising efficiency."

Jack blinked. Slowly.

He had faced down armed mercenaries, taken hits that would’ve laid out lesser men, and survived betrayals that should have killed him. But this?

This was the kind of thing that damn near fried his brain.

He shifted, crossing his arms over his chest as he squinted at the screen, as if staring at it long enough would somehow make the words make sense. “Now, sweetheart, I reckon you just spoke more words in one sentence than I’ve understood all week.”

She paused, then glanced at him, noticing the slight furrow in his brow, the way his jaw tightened just a little. A small smile tugged at the corner of her lips, and she leaned back.

“Let’s put it this way.” She turned toward him fully now, resting her elbow on the desk. “Tadashi is an AI, right? A learning program. But right now, he can only improve himself in ways that I specifically program him to. What I’m doing is giving him the ability to adjust his own learning methods in real-time, without me having to tell him how.”

Jack’s brow lifted slightly. “So you’re teachin’ your little computer fella how to… think on his own?”

“Pretty much.”

“Huh.” He let out a low hum. “That ain’t gonna lead to a Terminator situation, is it?”

Halley laughed, shaking her head. “No killer robots. Promise.”

He exhaled, pretending to wipe his brow. “Well, that’s a relief. Ain’t exactly in shape to be fightin’ machines right now.”

She chuckled, then studied him for a moment, noticing the way his shoulders had relaxed just a little, the weight in his eyes not quite as heavy as before.

She liked seeing that, even if it was fleeting.

“Agent Morgan,” Tadashi’s voice rang out, smooth and precise. “Champagne is asking for your presence in the conference hall.”

Halley sighed, already reaching for the tablet beside her. “I’m on it. Thank you, Dash.” She turned to Jack, pushing her chair back slightly. “I’m sorry to leave you, but—”

Jack shook his head before she could finish. “Don’t mind me, darlin’. I wasted enough of your time. Go see what the old man wants.”

The words weren’t harsh, weren’t bitter. But they were said in that same tired, hollow way she had come to recognize—the voice of a man who didn’t think he was worth sticking around for.

Something in her chest twisted.

He wasn’t trying to push her away, not in an aggressive way. But he believed what he was saying. He genuinely thought he was wasting her time, as if his presence in this lab, in her life, had no value at all.

Halley hesitated, gripping the edge of her desk. She wanted to tell him he was wrong. That she wanted him here, that he wasn’t some burden she had to bear. But she knew Jack—knew he wouldn’t take words like that seriously. Not right now when the wounds were still fresh.

Instead, she kept her voice soft. “You didn’t waste my time, Jack.”

He glanced at her, the ghost of a smile on his lips, but it didn’t reach his eyes. “Ain’t gotta sugarcoat things for me, sweetheart.”

“I’m not.” She held his gaze, willing him to see the truth in her eyes. “You never do.”

For a moment, neither of them spoke. The air between them felt heavier, not with tension, but with a quiet understanding.

Then, Halley sighed and grabbed her tablet, moving toward the door.

“I’ll be back soon,” she said, pausing just long enough to look over her shoulder at him. “Don’t disappear on me, alright?”

He huffed out a breath, tipping his hat slightly. “No promises.”

Halley shook her head with a small smile, then slipped out the door.

And Jack? He sat there a moment longer, staring at the empty space she had left behind, wondering why in the hell it suddenly felt a little colder without her there.

chapter two

[child-of-hurin]

Only idealized systems that involve infinity — an infinitely long tape, an infinitely extensive grid of particles, an infinitely divisible space for placing pinballs and rubber ducks — can be truly undecidable. No one knows whether reality contains these sorts of infinities, but experiments definitely don’t. Every object on a lab bench has a finite number of molecules, and every measured location has a final decimal place. We can, in principle, completely understand these finite systems by systematically listing every possible configuration of their parts. So because humans can’t interact with the infinite, some researchers consider undecidability to be of limited practical significance. “There is no such thing as perfect knowledge, because you cannot touch it,” said Karl Svozil (opens a new tab), a retired physicist associated with the Vienna University of Technology in Austria. “These are very important results. They are very, very profound,” Wolpert said. “But they also ultimately have no implications for humans.” Other physicists, however, emphasize that infinite theories are a close — and essential — approximation of the real world. Climate scientists and meteorologists run computer simulations that treat the ocean as if it were a continuous fluid, because no one can analyze the ocean molecule by molecule. They need the infinite to help make sense of the finite. In that sense, some researchers consider infinity — and undecidability — to be an unavoidable aspect of our reality. “It’s sort of solipsistic to say: ‘There are no infinite problems because ultimately life is finite,’” Moore said. And so physicists must accept a new obstacle in their quest to acquire the foresight of Laplace’s demon. They could conceivably work out all the laws that describe the universe, just as they have worked out all the laws that describe pinball machines, quantum materials, and the trajectories of rubber ducks. But they’re learning that those laws aren’t guaranteed to provide shortcuts that allow theorists to fast-forward a system’s behavior and foresee all aspects of its fate. The universe knows what to do and will continue to evolve with time, but its behavior appears to be rich enough that certain aspects of its future may remain forever hidden to the theorists who ponder it. They will have to be satisfied with being able to discover where those impenetrable pockets lie. “You’re trying to discover something about the way the universe or mathematics works,” Cubitt said. “The fact that it’s unsolvable, and you can prove that, is an answer.”

[techtoio]

How to Optimize Your Workflow with Task Management Software

Introduction

The world has become too fast-moving; hence, the demand for organization and productivity is higher than ever. From multiple tasks at hand to meeting deadlines, the pressure is always there to make things easier. Task management software provides a powerful solution for this issue. This guide will walk you through optimizing your workflow with task management software to bring about efficiency and effectiveness in both personal and professional aspects of life. Read to continue...

[materialsscienceandengineering]

Scientists merge two 'impossible' materials into new artificial structure

An international team led by Rutgers University-New Brunswick researchers has merged two lab-synthesized materials into a synthetic quantum structure once thought impossible to exist and produced an exotic structure expected to provide insights that could lead to new materials at the core of quantum computing. The work, described in a cover story in the journal Nano Letters, explains how four years of continuous experimentation led to a novel method to design and build a unique, tiny sandwich composed of distinct atomic layers. One slice of the microscopic structure is made of dysprosium titanate, an inorganic compound used in nuclear reactors to trap radioactive materials and contain elusive magnetic monopole particles, while the other is composed of pyrochlore iridate, a new magnetic semimetal mainly used in today's experimental research due to its distinctive electronic, topological and magnetic properties.

Read more.

[cyberstudious]

An Introduction to Cybersecurity

I created this post for the Studyblr Masterpost Jam, check out the tag for more cool masterposts from folks in the studyblr community!

What is cybersecurity?

Cybersecurity is all about securing technology and processes - making sure that the software, hardware, and networks that run the world do exactly what they need to do and can't be abused by bad actors.

The CIA triad is a concept used to explain the three goals of cybersecurity. The pieces are:

Confidentiality: ensuring that information is kept secret, so it can only be viewed by the people who are allowed to do so. This involves encrypting data, requiring authentication before viewing data, and more.

Integrity: ensuring that information is trustworthy and cannot be tampered with. For example, this involves making sure that no one changes the contents of the file you're trying to download or intercepts your text messages.

Availability: ensuring that the services you need are there when you need them. Blocking every single person from accessing a piece of valuable information would be secure, but completely unusable, so we have to think about availability. This can also mean blocking DDoS attacks or fixing flaws in software that cause crashes or service issues.

What are some specializations within cybersecurity? What do cybersecurity professionals do?

incident response

digital forensics (often combined with incident response in the acronym DFIR)

reverse engineering

cryptography

governance/compliance/risk management

penetration testing/ethical hacking

vulnerability research/bug bounty

threat intelligence

cloud security

industrial/IoT security, often called Operational Technology (OT)

security engineering/writing code for cybersecurity tools (this is what I do!)

and more!

Where do cybersecurity professionals work?

I view the industry in three big chunks: vendors, everyday companies (for lack of a better term), and government. It's more complicated than that, but it helps.

Vendors make and sell security tools or services to other companies. Some examples are Crowdstrike, Cisco, Microsoft, Palo Alto, EY, etc. Vendors can be giant multinational corporations or small startups. Security tools can include software and hardware, while services can include consulting, technical support, or incident response or digital forensics services. Some companies are Managed Security Service Providers (MSSPs), which means that they serve as the security team for many other (often small) businesses.

Everyday companies include everyone from giant companies like Coca-Cola to the mom and pop shop down the street. Every company is a tech company now, and someone has to be in charge of securing things. Some businesses will have their own internal security teams that respond to incidents. Many companies buy tools provided by vendors like the ones above, and someone has to manage them. Small companies with small tech departments might dump all cybersecurity responsibilities on the IT team (or outsource things to a MSSP), or larger ones may have a dedicated security staff.

Government cybersecurity work can involve a lot of things, from securing the local water supply to working for the big three letter agencies. In the U.S. at least, there are also a lot of government contractors, who are their own individual companies but the vast majority of what they do is for the government. MITRE is one example, and the federal research labs and some university-affiliated labs are an extension of this. Government work and military contractor work are where geopolitics and ethics come into play most clearly, so just… be mindful.

What do academics in cybersecurity research?

A wide variety of things! You can get a good idea by browsing the papers from the ACM's Computer and Communications Security Conference. Some of the big research areas that I'm aware of are:

cryptography & post-quantum cryptography

machine learning model security & alignment

formal proofs of a program & programming language security

security & privacy

security of network protocols

vulnerability research & developing new attack vectors

Cybersecurity seems niche at first, but it actually covers a huge range of topics all across technology and policy. It's vital to running the world today, and I'm obviously biased but I think it's a fascinating topic to learn about. I'll be posting a new cybersecurity masterpost each day this week as a part of the #StudyblrMasterpostJam, so keep an eye out for tomorrow's post! In the meantime, check out the tag and see what other folks are posting about :D