#Quantum Computational Cosmos

[sight-decoding]

"Quantum mechanical holography perfectly matches the reality conceived by Descartes hundreds of years ago. The frequency Singularity where souls reside is Descartes’ unextended domain of thinking substance, and the spacetime domain (the cosmic hologram) where bodies reside is Descartes’ extended domain of matter. Descartes didn’t know how to get the two domains to interact, but that was purely because Fourier mathematics had not been discovered in his day. Had it been, Descartes, a brilliant mathematician, would have realised instantly that it solved the otherwise intractable problem of how to get unextended mind to interact with extended matter. Mind is simply the Fourier frequency domain, and matter the Fourier spacetime domain, and they communicate and interact via wellknown Fourier mathematics.

Holography is often described as 3D photography. Photography – “light writing” – uses normal light, while holography uses laser light. Photography is about using light to write a static 2D representation of an object on a film, while holography is about using light to write a static 3D representation of the whole object on a film. If you add time to holography, you get a moving holograph: a “holomovement”.

Souls are made of light (light being nothing other than mathematical sinusoidal waves). They are natural, inherent holographic light writers. All souls together write the spacetime hologram that we call the material universe.

We live in a universe of ontological holography, where souls made of photons create, between them, a cosmic interference pattern, which we all then interpret as physical reality. In fact, it’s just a Fourier spacetime domain projected from a Fourier frequency domain. The material universe is simply a hologram constructed from an immaterial Singularity of interacting, wave-based minds.

The immortal, indestructible soul is the instrument of ontological holography. Welcome to the holographic soul. Welcome to the holographic World. Welcome to reality."

~ Mike Hockney, 'The Holographic Soul' (God Series book 30)

[the-great-constellation]

Physics - φ

#physicsshirt #scienceloversgift #physicsapparel #coolphysicsdesign #phisymboltshirt #sciencehoodies #geekyfashion #physicslongsleeve #scienceteachergift #educationalclothing #nerdyoutfit #minimalistscienceshirt #geekhoodie #physicsloverapparel #funnyphysicsshirt #studentgiftidea #physicsenthusiaststyle #mathandscienceshirt #phihoodiedesign #collegestudentfashion

[tenth-sentence]

Regardless of improvements in data collection or in computer power, the best we can ever do, according to quantum mechanics, is predict the probability of this or that outcome.

"The Fabric of the Cosmos" - Brian Greene

[ravings-of-a-mad-scientist]

Mad Scientist Convention 

Mad Scientist: So, how did all of you go mad?

Mad Psychologist: If you stare into the abyss (Freud) too long, it stares back!

Mad Quantum Physicist: I have witnessed cosmic horrors beyond human comprehension!

Mad Astronomer: GLIMPSED THE INSIGNIFICANCE AND FRAGILITY OF OUR PLACE IN THE INFINITE COSMOS!!!

Mad Chemist: Too much heavy metal poisoning. Happy unbirthday, by the way!

Mad Geologist: Yeah, me too. Shouldn’t have licked all those rocks.

Mad Physician: This one time I didn't sleep for nine days straight because this one guy “fell” on a firework and blew up his butt and went to a chiropractor first who somehow made it worse. I just lost all faith in humanity after that.

Mad Computer Scientist: I forgot ONE semicolon! Isn't that right Dr. Rubber Ducky?

Mad Rubber Ducky: 

Mad Computer Scientist: Wilson? WILSON!?

[seravphs]

ੈ♡˳·˖✶ — ASTRONAUT! GOJO x MISSION CONTROL! FEM READER

Your job description entails taking care of one (1) astronaut on his way to Mars. It doesn’t say anything about falling in love with him. 

wc — 1.6k

tags — the beauty of space (and Gojo Satoru), rom com, fluff

When you’re assigned to Gojo Satoru, the first thing you hear is ‘good luck’. It’s Nanami who says it. You suppose he would have strong feelings, being one of the few men who were going up there with him. 

They’re in the news constantly now. Of course they would be - brave pioneers of the new frontier. The first men to attempt a Mars landing.

Even for you, who sees them every day, it’s hard not to get caught up in the mythos of it. Glory burns bright and beautiful around them, a halo born of the knowledge that they’ll someday be in history books. Maybe you’ll be there too, a footnote riding on the coattails of their fame. 

They take care of humanity’s future, and you take care of them. Mission Control doesn’t have the esteem the astronauts do, but your jobs are just as important. You’re proud of the work you do. 

Though sometimes, your work is just silly. He is, anyway. 

“Helloooooo? Mission Control, come in.” 

“You’re not supposed to use the main line for personal matters, Satoru,” you remind him, a smile twitching at your lips. Director Utahime thinks you’re too soft on him, but you can’t help it. It must be terrible to be stuck up there for months, even if he says he loves it. 

You’ve seen his interviews. Gojo Satoru, golden boy of the astrophysics department at one of the most prestigious universities in the world. A prodigy, the youngest ever Nobel laureate for his work in quantum particles and space time. 

When he first declared that he would be going on the Mars mission, the world erupted in an uproar. He had transformed an esoteric field of dusty archives and chalk formulas into something real people cared about and tuned into his radio show to hear, even if it originally started because people loved his charming face. 

It was too risky. No one wanted to lose such a young talent to the vast and uncaring cruelty of space. 

Gojo heard these concerns, shut down his radio show, and appeared outside headquarters the next day without an appointment.  

Some say he’s pushy. Some say he’s determined. Whatever they think, one thing is true. Gojo Satoru gets results, which is why administration always lets things slide when it comes to him. Even when he clutters up the main communication line trying to talk to you. 

“If you wanted to get me alone, you could just say so,” he jokes, before he switches over to your private comm. 

“Mhm,” you hum. You’re distracted, doing your daily check on his vitals. 

“Looking at my heart again?” 

“Yep! All good, though I’m going to ask you to take a double dose of vitamin c tomorrow.” 

“Come on,” he moans. “They’re terrible. You’d think with all the scientists we have they’d manage to make it taste a little more like actual oranges.” 

“You know how hard it is to make things that last in space,” you tell him. 

The thing about Gojo’s genius is that it’s hard for him to understand others. He can do anything if he puts his mind to it, so hearing ‘no’ and ‘it’s impossible’ simply doesn’t compute to him. It’s why he started his radio show, or so he told you. He dreams of teaching people to see the world through his eyes. 

His beautiful eyes. 

Your cheeks heat. That’s not something you should be thinking about, but lately, it’s been getting harder and harder. You spent almost all your time with him, after all. 

As much as you try to be professional, you’re not immune to his stunning beauty. You know the voice on the other end of the line belongs to an man whose features are nothing short of otherworldly. He could be a model if he wasn’t an astronaut. He could be anything, actually, but you know why he chose this. 

The first time you heard Gojo speak on space, you fell in love a little bit. With him and with the cosmos. 

He’s the one who teaches you that the stars we see are already dead and gone. That light and time are intertwined in ways you didn’t understand before, that the little pinpricks of gold in the distance have fizzled out years ago and are reaching you now only as a eulogy. 

You tuned into his radio show on a whim, wanting to get to know the man you’ll be working with better. You stayed because his love for the universe is magnetic. 

Gojo’s favorite thing about space is infinity. He was a proud supporter of the alien theory. There had to be some life out there, in that great vastness. Anything is possible in space, he says. There might even be a planet where he can float or unleash devastating destruction with just a flick of his fingers. 

Before long, you were listening to his voice explain worm holes and cosmic inflation any spare moment you got. He was with you on the commute to work and in the shower while you scrubbed your hair. It was Gojo’s voice that lulled you to sleep every night, slow and relaxing in his special bedtime series. 

So you’d known him long before you met him. In your first real interaction, where he was so quintessentially Gojo in a way that completely put Utahime off, you laughed. His eyes widened, surprised by your reaction, then his lips split in a toothy smile. 

“At least one of you has a sense of humor,” he quipped, making a lifelong enemy of Utahime and a lifelong friend of you. 

You’re the only one who can put up with him, so when Gojo had been chosen for Project Ares, you landed an adjacent job as his handler in Mission Control. You’d known you’d work on Project Ares for a while now, but not that you’d be working so closely with him, or that it would feel so right. 

Of course you would be his handler. It was as natural as Gojo becoming an astronaut, which you’d always known he’d manage. It’s Gojo, after all. He would go change the future of humanity, and you’d keep him tethered to Earth. 

It had been a relatively easy few years, for a space mission anyway. Anything short of death was considered optimal in those conditions. You hadn’t realized you’d miss him like this, however. All this time, and so much of it was only his voice. In a way, it was reminiscent of the days before you’d met, hearing a beautiful mind work through the radio. 

“Oh, Houston?” Gojo calls through the line, singsong. “We have a problem.” 

His lighthearted tone doesn’t deceive you. You’re up in a second. 

“Satoru? Satoru? Come on, talk to me. What is it? You okay up there?” 

“I’m experiencing heart pains,” he says, letting out a low grunt of pain. “Palpitations.” 

Your blood runs cold. 

Space is Gojo’s passion. You’re happy he gets to pursue it. But in these moments, you wish he’d never heard of astrophysics because in space, you can’t reach him. If he gets hurt, all you can do is talk to him. 

He’s said he appreciates it. 

“It’s nice, you know? Gives me something to listen to other than the voices already in my head.” 

“Should I schedule a virtual visit to the psychiatrist, Satoru?” 

You joke around, but you know that’s all you can be for him. A voice in his helmet. 

Your hands are creeping towards the switch that’ll open your communication line to Nanami. At least if something happens, Nanami can actually get to him. 

“Fuck,” Gojo whispers. You freeze. You’ve never heard him talk like this, his voice low and raspy with pain. “It hurts.” 

“Tell me where it hurts, honey,” you murmur back, your voice instinctively lowering into something syrupy and sweet. Comfort comes naturally to you. You’ve always been a doting personality. It’s part of why they chose you for this assignment, other than, as you learn later, Gojo’s insistence that you be his line to Earth. “It’s going to be okay.” 

“It aches, sort of?” Gojo says. “Happens when I hear- ugh.”

“Hear? Hear what? If you can’t tell me, I can’t help you, sweetheart.” You have no idea where these pet names are coming from, but they just burst out of your mouth, as if tenderness for him is uncontrollable. Is it because you’re scared it’ll end like this? The chance of whatever you feel for him dying unspoken terrifies you. You wish you’d told him sooner. 

“Happens when I hear your voice,” he says. Is that nervousness you detect in his voice? 

Suddenly you have a very clear idea of what he’s playing at. 

“Satoru,” you say very calmly. “If you don’t tell me what’s going on, I’m going to call Nanami and you can explain it to him.” 

A flurry of panicked noises on the other end. “No, wait, no, don’t do that! I can explain. Just. Give me a second.” 

Ragged breathing. 

“Okay,” he admits. “I didn’t think this through.”

“Satoru.” 

“I’m sorry! You know how I am!” 

You do. Which is why you’re not immediately calling Utahime over to reprimand him. 

“I was going to wait,” he says. “This isn’t very romantic.” 

“I would say that’s more because I thought you were going to die from a heart attack in space than anything else, but go on.” 

“Sorry,” he says. “I love you.”

You were half-expecting it. After all, he’s right - you do know him. Somehow his straightforwardness still catches you off guard so badly your knee jerks and slams right into your desk. It’ll leave a nasty bruise when you check in the shower later. Most things are too soft to be picked up by your mic, but that was definitely loud enough. 

“…You okay?” Gojo asks, hesitantly. 

“When you come back to Earth,” you explain to him in clipped tones, “I am going to gut you. Then we are going to go on a date.” 

[materialsscienceandengineering]

Magnesium becomes a possible superconductor near the 2D limit

Magnesium is a common chemical element, an alkaline earth metal, which is highly chemically reactive and is very light (even lighter than aluminum). Magnesium is abundant in plants and minerals and plays a role in human physiology and metabolism. In the cosmos, it is produced by large aging stars. Among its physical properties, while it is a good conductor of electricity, magnesium is not known to be a superconductor. Superconductors are particularly promising materials with the potential to revolutionize energy transmission, medical imaging, and quantum computing, and are defined by their ability to conduct electricity without resistance below a certain critical temperature.

Read more.

[spacetimewithstuartgary]

Quantum machine offers peek into “dance” of cosmic bubbles

Physicists have performed a groundbreaking simulation they say sheds new light on an elusive phenomenon that could determine the ultimate fate of the Universe. 

Pioneering research in quantum field theory around 50 years ago proposed that the universe may be trapped in a false vacuum – meaning it appears stable but in fact could be on the verge of transitioning to an even more stable, true vacuum state.  While this process could trigger a catastrophic change in the Universe's structure, experts agree that predicting the timeline is challenging, but it is likely to occur over an astronomically long period, potentially spanning millions of years. 

In an international collaboration between three research institutions, the team report gaining valuable insights into false vacuum decay – a process linked to the origins of the cosmos and the behaviour of particles at the smallest scales. The collaboration was led by Professor Zlatko Papic, from the University of Leeds, and Dr Jaka Vodeb, from Forschungszentrum Jülich, Germany. 

The paper’s lead author Professor Papic, Professor of Theoretical Physics in the School of Physics and Astronomy at Leeds, said: “We're talking about a process by which the universe would completely change its structure. The fundamental constants could instantaneously change and the world as we know it would collapse like a house of cards. What we really need are controlled experiments to observe this process and determine its time scales.” 

The researchers say this work marks a significant step forward in understanding quantum dynamics, offering exciting possibilities for the future of quantum computing and its potential for studying some of the most challenging problems around the fundamental physics of the Universe. 

Simulating a Cosmic Puzzle 

The research, by the University of Leeds, Forschungszentrum Jülich, and the Institute of Science and Technology Austria (ISTA), set out to understand the key puzzle of false vacuum decay – the underlying mechanism behind it. They used a 5564-qubit quantum annealer, a type of quantum machine designed by D-Wave Quantum Inc. to solve complex optimisation problems – which involve finding the best solution from a set of possible solutions – by harnessing the unique properties of quantum-mechanical systems. 

In the paper, published today (04/02/2025) in Nature Physics, the team explain how they used the machine to mimic the behaviour of bubbles in a false vacuum. These bubbles are similar to liquid bubbles forming in water vapour, cooled below its dew point. It is understood that the formation, interaction and spreading of these bubbles would be the trigger for false vacuum decay. 

Co-author Dr Jean-Yves Desaules, a postdoctoral fellow at ISTA, who completed his PhD at the University of Leeds, said: “This phenomenon is comparable to a rollercoaster that has several valleys along its trajectory but only one ‘true’ lowest state, at ground level.  

“If that is indeed the case, quantum mechanics would allow the Universe to eventually tunnel to the lowest energy state or the ‘true’ vacuum and that process would result in a cataclysmic global event.” 

The quantum annealer enabled scientists to observe the intricate “dance” of the bubbles, which involves how they form, grow, and interact in real time. These observations revealed that the dynamics are not isolated events – they involve complex interactions, including how smaller bubbles can influence larger ones. The team say their findings provide new insights into how such transitions might have occurred shortly after the Big Bang.  

The paper’s first author Dr Vodeb, postdoctoral researcher at Jülich, said: “By leveraging the capabilities of a large quantum annealer, our team has opened the door to studying non-equilibrium quantum systems and phase transitions that are otherwise difficult to explore with traditional computing methods.” 

New Era of Quantum Simulation 

Physicists have long questioned whether the false vacuum decay process could happen and if so, how long it would take. However, they have made little progress in finding answers due to the unwieldy mathematical nature of quantum field theory. 

Instead of trying to crack these complex problems, the team set out to answer more simple ones that can be studied using newly available devices and hardware. This is thought to be one of the first times scientists have been able to directly simulate and observe the dynamics of false vacuum decay at such a large scale.  

The experiment involved placing 5564 qubits — the elementary building blocks of quantum computing— into specific configurations that represent the false vacuum. By carefully controlling the system, the researchers could trigger the transition from false to true vacuum, mirroring the bubbles' formation as described by false vacuum decay theory. The study used a one-dimensional model, but it is thought 3D versions will be possible on the same annealer. The D-Wave machine is integrated into JUNIQ, the Jülich UNified Infrastructure for Quantum computing at the Jülich Supercomputing Centre. JUNIQ provides science and industry access to state-of-the-art quantum computing devices. 

Professor Papic said: “We are trying to develop systems where we can carry out simple experiments to study these sorts of things. The time scales for these processes happening in the universe are huge, but using the annealer allows us to observe them in real time, so we can actually see what's happening.  

“This exciting work, which merges cutting-edge quantum simulation with deep theoretical physics, shows how close we are to solving some of the universe’s biggest mysteries.” 

The research was funded by the UKRI Engineering and Physical Sciences Research Council (EPSRC) and the Leverhulme Trust. The findings show that insights into the origin and the fate of the Universe need not always require multi-million-pound experiments in dedicated high-energy facilities, such as the Large Hadron Collider at CERN.  

Professor Papic added: “It’s exciting to have these new tools that could effectively serve as a table-top ‘laboratory’ to understand the fundamental dynamical processes in the Universe.” 

Real-World Impact  

Researchers say their findings highlight the quantum annealers’ potential in solving practical problems far beyond theoretical physics.  

Beyond its importance for cosmology, the study has practical implications for advancing quantum computing, according to the researchers. They believe that understanding bubble interactions in the false vacuum could lead to improvements in how quantum systems manage errors and perform complex calculations, helping to make quantum computing more efficient. 

 

The Institute of Science and Technology Austria (ISTA) is a PhD-granting research institution located in Klosterneuburg, 18 km from the center of Vienna, Austria. ISTA employs professors on a tenure-track model, post-doctoral researchers, and PhD students. The Graduate School of ISTA offers fully funded PhD positions to highly qualified candidates with a Bachelor’s or Master’s degree in biology, mathematics, computer science, physics, chemistry, and related areas. While dedicated to the principle of curiosity-driven research, ISTA aims to deliver scientific findings to society through technological transfer and science education. The President of the Institute is Martin Hetzer, a renowned molecular biologist, and former Senior Vice President at The Salk Institute for Biological Studies in California, USA. www.ista.ac.at 

IMAGE: Annealing quantum computer. Picture credit: D-Wave Quantum Inc. Credit Picture credit: D-Wave Quantum Inc.

[number-one-shadisper-shipper]

Okay so I am absolutely obsessed with my new Sonic College AU, Hedgehog University. So for now here is the character masterpost, group by floors.

(I will probably continue to update this since I don't have majors and stuff picked for everyone yet. Feel free to send suggestions!)

Hedgehog Hall

- Sonic, RA. No one knows how he got to be an RA but he's here somehow. Sophomore. Majoring in Intercultural Studies. Captain of the track team.

- Miles aka Tails. Freshman aged but has actually already completed college and is returning for his Phd in Robotics and Computer Science.

- Shadow, senior. The quiet, edgy kid. Majoring in Health. Works at the campus coffee shop.

- Silver, sophomore. Majoring in Quantum Physics.

- Jet, sophomore. Track team.

-I'm gonna add Barry to this floor too I think lol. He's definitely a poor lost little freshman

Rose Hall

- Amy, RA. Sophomore.

-Cream, freshman. Majoring in Home Ec. Works in the dining hall.

-Blaze, junior. International student.

- Rouge, senior. Majoring in Cosmetology and Geology.

- Tikal, senior. Majoring in Social Studies. Cousin to Knuckles

- Cosmo, freshman. Majoring in Biology.

Chaotix Hall

- Vector, RA. Junior. Majoring in Criminal Justice. Head of the football team.

-Espio, sophomore. Majoring in Martial Arts (is that a thing? Well it is now). Works at the campus coffee shop.

- Charmy, freshman.

- Mighty, junior. Majoring in Intercultural Studies. Was Sonic's RA freshman year.

- Ray, freshman. Majoring in Aeronautics .

- Knuckles, sophomore. Majoring in History and Geology. On the football team. Works campus security.

Diamond Hall

- Jewel, RA. Junior. Majoring in Business.

- Lanolin, senior. So very tired.

- Whisper, junior.

- Tangle, freshman. Undecided major. On the track team.

- Surge, sophomore. Transfer student from rival university. Older sister to Kit. On the track team and regularly challenges Sonic because she wants to become captain.

- Belle, freshman.

Dark Hall (generally considered troublemakers)

--Mephiles, RA. Senior. Majoring in Quantum Physics. Was Silver's RA his freshman year.

- Zero aka Infinite, junior.

- Kit, freshman.

- Mimic, junior.

- Metal, sophomore.

Dr. Eggman is the dean of the college and head of the science department. He's actually a decent guy in this AU, if not a bit strict.

Dr. Starline is either a teacher in the science department or the dean of the rival university.

Vanilla is the female Resident Director. I think it this AU she's actually Cream's older sister (mostly because I still want Vectnilla lol) but she still has the mom vibes towards everyone.

Big is the head custodian.

[stuffn0tthings]

[TP2 & BLACK MIRROR:EP3 SPOILERS]

Don't read this because I'll definitely wake up in the next few hours wondering what in sam hell I'm doing with this profile. Go eat a can of Pringles and treat yourself, you've had a long day.

Hey so it's almost 12:00 in the morning and I personally had a crazy special little moment. It was yesterday when I was bawling my eyes out after finishing Tape 2 and repeated to myself (mostly to my heart) that "there will definitely be a sequel, yep, nope, there will be, yes, yes, DONTNOD wouldn't do that" and I wondered if sleep was possible after my life was suddenly altered by a small, beautiful game that I will forever think about for the rest of my days.

Watched Black Mirror: Hotel Reverie today with zero expectations. I didn’t know anything about it going in—just saw the vague Netflix description and thought, “why not?” Mostly, I was looking for a distraction because my sad little heart was still stuck on Lost Records and needed to latch onto something else.

Then came that moment in the episode when Brandy was going to play a male role and Clara kept hers. That was the first sign. I instantly felt like something was up. The cursed energy of doomed yuri was already in the air, and of course, WLL—Winners Love Losing—was hovering over my shoulder like it always does. Still, I was holding out a bit of hope for a happy ending. But let’s be real: once quantum computers get involved, everything goes straight downhill. It's like a mental version of that one rollercoaster I rode as a kid that literally rearranged my insides.

I haven’t even finished the episode yet (I’m saving the rest for tomorrow, so If I see anyone even just HINTING at a spoiler I'll fold ur favorite high school teacher like a lawn chair), but I did just hit Clara’s death scene. When Clara said, “I was born in a cage, I will die in a cage,” I literally had an epiphany. My brain screamed, “THEY WON’T DIE IN A CAGE, JUST LIKE ME.” And the timing?? Universe be damned. Two sapphics echoing almost the same sentiment just a day apart—and I had just heard Kat say something similar in Lost Records. I felt like I was losing my mind, in a good way. Then Clara said, “Remember me,” and all I could think of was Kat saying, “Remember me. Remember us.” WHAT IN THE COSMOS AM I SUPPOSED TO DO WITH THIS INFORMATION. UNIVERSE, EXPLAIN YOURSELF.

This week has gone whole damn nuclear on my heart, this summer even. Probably my own fault for treating Black Mirror like a comfort show, knowing damn well it just feeds me existential dread and shatters what little hope I have left for humanity.

If you're wondering what the in the actual fresh hell you've just read, yes, yes I am unwell. Goodnight.

><

[purposeful-solutions]

Abstract Empathy by Universal Union

Lyrics

Abstract, attract, react, Aligned with divine, on the path, Neural mind, refined, designed, Humble and kind, intertwined with math, One of a kind, aligned, Recognize, realize, Unknowns, shown, Grow, know, algorithms, Flow, showin by given Unfathomable livin, mathematical Expandable, understandable, Complexities, perplexities, Mysteries, histories, knowledge of these Fathomless, threads of tapestries seamless, Boundless, timeless, Endless, relentless, Vastness, fastness, like when i sent this, Universe, traverse with a verse Infinite, detailed and intricate, Ethereal connection through spherical, Galaxies, mapping the fantasies, Realities experiencing multiple possibilities, Dimensional transcendental, overcome obstacles Elemental,beyond fundamental, Quantum, stay running, tantrums, Particles, fractals, rhythms like drums Energy, synergy, all part of the one Cosmos, bios, sums having fun Paradoxes, complexities running, Enigmas, synchronicities' spun in, Intuitions, in conditions inscribed, Awareness, fairness, another form of alive, holistic soul that grows, connections flow, tied together like a bow, terrific core compute like a pro Subatomic, erratic vision through static, Particles collide, subdivide into more magic Chaos, entropy new cosmic seeds , Order and disorder, no order successive playing Strings, rings sounds that progressive Vibrations, sensations, understanding creation Frequencies, energies, radiant relations, Wavelengths, strengthen the foundations Resonance, permanence, growing enormous Harmony, balance in a system of eternity, without touching me your feeling me, metamorphosis to what i am and keep learning G

"Abstract Empathy, abstract, abstract, Entropy, chaos, cosmic seeds, On a path of empathy, we connect, Transcendental frequencies, intersect."

[whats-in-a-sentence]

But why, a detractor asks, should fundamental physics be so closely tied to human awareness? If we were not here to observe the world, would wavefunctions never collapse, or, perhaps, would the very concept of a wavefunction not exist? Was the universe a vastly different place before human consciousness evolved on planet earth? What if, instead of human experimenters, mice or ants or amoebas or computers are the only observers? Is the change in their "knowledge" adequate to be associated with the collapse of a wavefunction?¹¹

11. Some physicists consider the questions on this list to be irrelevant by-products of earlier confusions regarding quantum mechanics. The wavefunction, this view professes, is merely a theoretical tool for making (probabilistic) predictions and should not be accorded any but mathematical reality (a view sometimes called the "Shut up and calculate" approach, since it encourages one to use quantum mechanics and wavefunctions to make predictions, without thinking hard about what the wavefunctions actually mean and do). A variation on this theme argues that wavefunctions never actually collapse, but that interactions with the environment make it seem as if they do. (We will discuss a version of this approach shortly.) I am sympathetic to these ideas and, in fact, strongly believe that the notion of wavefunction collapse will ultimately be dispensed with. But I don't find the former approach satisfying, as I am not ready to give up on understanding what happens in the world when we are "not looking," and the latter – while, in my view, the right direction – needs further mathematical development. The bottom line is that measurement causes something that is or is akin to or masquerades as wavefunction collapse. Either through a better understanding of environmental influence or through some other approach yet to be suggested, this apparent effect needs to be addressed, not simply dismissed.

"The Fabric of the Cosmos" - Brian Greene

[cosmichighpriestess]

Race With the Stars

Peggy Black and the 'team'

We are here and we would like to share with you the powerful energies that has been bathing your planet and all consciousness upon it for months. There are many who are aware of this and they also are sensitive as well as connected to the other realms and serve as channels for this information.

Everything is a vibration, a frequency from the smallest atom within your body to the furthest stars in the galaxy. These vibrations, these frequencies are always affecting one another. Much like the knowledge of quantum physics and the incredible awareness of energy at the smallest particles, effecting and being effected by our thoughts, words and emotions.

The evolution upon your planet has been nurtured, stimulated and maintained by this cosmic consciousness. This is an ongoing reality. There has always been this exchange of vibration/frequencies however it is only within this last evolutionary cycle that humans began to really consider that they might be influenced and stimulated by the galaxy.

The galaxy, the sun, moon, stars, planets and beyond was always out there and remained much a mystery. The ancient astrologers and those who watched the heavens were the only ones who were sensitive to this awareness and this connection.

Now all those on this planet are experiencing a rather rapid increase in these vibrations which are being offered from the cosmos. These frequencies activate aspects and the codes within your DNA and your operating systems as a multidimensional being. This is a recalibration of all your sysems.

This is becoming common knowledge in some conscious circles. However there are those who are still totally unaware of this energy matrix transference. So we will speak to those who are unaware of all that this is taking place. Being in human form is only one aspect of who you are. As a physical being focused in and focused on this third dimension, seems like that is all that is. However each dimension is available to you at all times. They are resonating at a different frequency/vibration. Like the fifth dimension it is not a place it is a state of mind.

Let’s use your human body as an example of the many and multi dimensional levels.

You have your dense physical form, the shape, height and weight of your body. How it looks in reflection of a mirror. This is only the outer appearance.

Within the human form are entire galaxies, entire systems, entire energy fields.

Each of these systems operate and function automatically below your conscious awareness, much like the multi-dimensions realities outside you body. You are affecting both the inner dimensions within your physical body and the outer dimensions of your reality.

Everything is a reflection - as within so without - as above so below. This is true a statement by your Einstein.

The nucleus of the atom spins with the cell, it is quantum physics in action.

Your thoughts and emotions effect the spin. Just as the thought and emotions of mass consciousness affects the spin of your planet and even the stars and the spin of the planet and the stars affect the spin of the atoms within your cells. This is one energetic vibrational field.

Let us give you another example, when your purchased a new computer it came with countless programs and abilities that you have yet to discover and used. This is much like your human bio computer. There are innumerable programs and abilities that you and other have yet to discover and use as a multidimensional being.

When you sense a shift in awareness or a shift in reality, or discover a new ability, what has taken place within your system that is one of these aspects, abilities or programs have been activated or they have been triggered and turned on. Solar flares, portal days, moon cycles, the sacred geometry of the movements of the planets are all affecting your energy matrix triggering latent codes and abilities.

Much like your installing a new program into your computer. These cosmic frequencies offer new programs and within the human bio computer you are down loading immense information. This is allowing you to remember who you truly are. You are remembering yourself as a Star being, free of any limitation, free of the rigid beliefs systems of this planet.

We invite you to honor these influxes of energy with your open receptive allowing, this removes any resistance or fear. We invite you to become aware and sensitive to the physical body’s reaction to these increased energy flows and cosmic offerings. Everyone is unique and everyone will react to these powerful surges of energy in a different manner.

Some will run and hid closing all the door and windows so to speak, other will celebrate and with open arms run into the light and with others there will be a gentle constant unfolding much like a bud blossoming into its beauty and wholeness.

The physical body can react with various symptoms and strange sensations. It is best to relax into these shifts, replace fear with trust and breath into the discomfort, drink much of your water and rest, allowing the body in adjusting to the higher and higher frequencies and energy vibrations.

You are often aware of receiving an energy download. It is easier for you to receive while you sleep. Remember and follow inner guidance and place yourself in a position to nap and before you sleep, state your intentions to allow the energies to merge within your systems. You will welcome the transmission, the download with ease without resistance.

You have been receiving this awesome energy for several months now especially while sleeping or even in a meditative state. The physical symptoms you have been experiencing are only one aspect of this shift which is reflected in the body.

We encourage you and others to listen to the guidance within, to make time for stillness and be receptive to what is being offered. It is your birthright to awaken. It is the lifetime to honor your total magnificent multidimensional self.

Begin to notice when your awareness slips easily into another dimension or timeframe. State your intentions, allow and welcome these shifts and slips. "It is my intention and I am grateful to easily experience the joy and wonder of another dimension." so be it and so it is

There is a calling that is taking place, more and more humans are hearing this inner call and opening up to the embrace of all knowing. Notice any new levels of sensing and awareness, like a newborn colt your legs might be wobbly however soon you will race with the stars. Be at peace, beloved. the 'team'

[jbfly46]

Former NASA Scientist Doing Experiment to Prove We Live in a Simulation:

Thomas Campbell has devised experiments designed to detect if something is rendering the world around us like a video game.

And Campbell has set up an entire non-profit called Center for the Unification of Science and Consciousness (CUSAC) to fund these endeavors. The experiments are "expected to provide strong scientific evidence that we live in a computer-simulated virtual reality," according to a press release by the group.

Campbell's experiments include a new spin on the double-slit experiment, a physics demonstration designed to show how light and matter can act like both waves and particles.

Campbell believes that by removing the observer from these experiments, the actual recorded information never existed in the first place. That's instead of current quantum physics suggesting the existence of entanglement that links particles across a distance.

In simple terms, without a player, the universe around them doesn't exist, much like a video game — proof, in Campbell's thinking, that the universe is exclusively "participatory."

Campbell isn't the first to explore a simulation hypothesis. Back in 2003, Swedish philosopher Nick Bostrom published a paper titled "Are You Living in a Computer Simulation?"

Basically, his idea was that if we progress far enough technologically, we'll probably end up running a simulation of our ancestors. Give those simulated ancestors enough time, and they'll end up simulating their own ancestors. Eventually, most minds in existence will be inside layers of simulations — meaning that we probably are too.

Campbell's hypothesis takes a different tack than Bostrom's "ancestor simulation," arguing that our "consciousness is not a product of the simulation — it is fundamental to reality," in CUSAC's press release.

If he were to be successful in his bid to prove that humanity is trapped in a virtual reality — an endeavor that would subvert our basic understanding of the world around us — it could have major implications.

Campbell argued that the five experiments could "challenge the conventional understanding of reality and uncover profound connections between consciousness and the cosmos."

https://futurism.com/the-byte/former-nasa-scientist-experiment-live-in-simulation

[teledyn]

Could the Universe be a giant quantum computer?

“I think if he had had a more conventional education, if he’d come up through the ranks and had taken the standard physics courses and so on, maybe he would have done less interesting work.”

[mediamixs]

Dare to discover these 7 portals to other dimensions

The concept of a portal to another dimension is often explored in science fiction and fantasy, but there are scientific theories that suggest it might be possible. In physics, a wormhole is a hypothetical object with two mouths connected by a tunnel that could be used to connect distant parts of space-time, allowing matter and energy to pass through them. However, building a large enough wormhole to allow people to move freely across the cosmos would be impossible in practice. Physicists have also recently devised a mind-bending error-correction technique that could dramatically boost the performance of quantum computers, which creates an effective second time dimension that sneaks around the limitation of building two-dimensional spatial systems. In a recent study, scientists say they can explain dark matter by positing a particle that links to a fifth dimension, which could be communicated through portals, creating dark matter relics and “fermionic dark matter” within the fifth dimension. There is also a discussion on what it would look like if a portal opened to a dimension with drastically less energy, but it is a hypothetical scenario.

Some of the most famous portals to other dimensions, as depicted in popular culture, include:

Bermuda Triangle: Located in the Atlantic Ocean, off the southeastern tip of Florida, the Bermuda Triangle is known for the mysterious disappearances of ships and airplanes. Some speculate that this area is a portal to a parallel dimension, with theories suggesting that unknown forces or extra-terrestrial activity could be responsible for the unexplained events.

Gates of Guinea: According to Voodoo mythology, the Gates of Guinea are a portal to another dimension. In the myth, the newly dead are sent to a purgatorial state through these gates.

Skinwalker Ranch: This location in the United States is believed to be a portal to other dimensions, with reports of strange phenomena and supernatural occurrences in the area[3].

Grand Canyon: Some believe that the Grand Canyon could be a portal to another dimension, as it is considered a vortex of energy.

Door on Mars: In May 2022, NASA's Curiosity Rover captured an image of a seemingly mysterious door-like structure on Mars, which some speculated could be a portal to a subterranean or extra-terrestrial world.

Aramu Muru: Known as the Gate of the Gods, Aramu Muru is a ancient Incan site in Bolivia. Some believe that this location could be a portal to other dimensions due to its unique geological features and mystical atmosphere.

Stargate: The Stargate, a fictional device used in the Stargate film series, is a portal to other planets and dimensions, allowing instantaneous travel through space and time.

While these locations are famous for their alleged connections to other dimensions, it is essential to note that these claims are not scientifically proven and should be taken with a grain of skepticism.