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Physicist Michio Kaku notes that the universe is only 4% atoms (visible matter), alongside 23% dark matter and 73% dark energy. He describes dark matter as a mysterious halo that lacks interaction, stabilizing galaxies and possibly hinting at parallel dimensions, though its true nature remains unknown. Atomic Limitation: Kaku...

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Kekius Maximus

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14,388 görüntüleme • 1 ay önce •via X (Twitter)

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We see only visible light, which is a tiny band of the electromagnetic spectrum that includes radio waves, microwaves, infrared, visible light, ultraviolet, X-rays, and gamma rays. The visible portion is less than 0.0035% of the electromagnetic spectrum. Most of the universe isn’t even made of visible matter: 5% is normal matter (atoms — stars, planets, gas, and us), 27% is dark matter (invisible, doesn’t emit light), and 68% is dark energy (an unknown force driving expansion). That means 95% of the universe cannot be seen, touched, heard, smelled, or tasted with human senses. But that changes with the evolution of the soul, and the UFO phenomenon and the entities/aliens are in those 95% of the universe that we can’t observe, but they can observe and manipulate us.
0:54

We see only visible light, which is a tiny band of the electromagnetic spectrum that includes radio waves, microwaves, infrared, visible light, ultraviolet, X-rays, and gamma rays. The visible portion is less than 0.0035% of the electromagnetic spectrum. Most of the universe isn’t even made of visible matter: 5% is normal matter (atoms — stars, planets, gas, and us), 27% is dark matter (invisible, doesn’t emit light), and 68% is dark energy (an unknown force driving expansion). That means 95% of the universe cannot be seen, touched, heard, smelled, or tasted with human senses. But that changes with the evolution of the soul, and the UFO phenomenon and the entities/aliens are in those 95% of the universe that we can’t observe, but they can observe and manipulate us.

Open Minded Approach

78,888 görüntüleme • 6 ay önce

Here's my conversation with Lisa Randall (Lisa Randall), a theoretical physicist at Harvard. We talked all about dark matter and its gravitational effects on our galaxy and solar system. Dark matter is a mysterious form of matter that we can't see but that accounts for 5x as much of the universe as ordinary matter. This was fascinating! It's here on X in full & is up on YouTube, Spotify, and everywhere else. Timestamps: 0:00 - Introduction 0:24 - Dark matter 19:16 - Extinction events 30:16 - Particle physics 45:30 - Physics vs mathematics
59:15

Here's my conversation with Lisa Randall (Lisa Randall), a theoretical physicist at Harvard. We talked all about dark matter and its gravitational effects on our galaxy and solar system. Dark matter is a mysterious form of matter that we can't see but that accounts for 5x as much of the universe as ordinary matter. This was fascinating! It's here on X in full & is up on YouTube, Spotify, and everywhere else. Timestamps: 0:00 - Introduction 0:24 - Dark matter 19:16 - Extinction events 30:16 - Particle physics 45:30 - Physics vs mathematics

Lex Fridman

695,144 görüntüleme • 2 yıl önce

What is the Spacetime Aether? Conventional physics would claim that space is an empty vacuum. It discounts the 'Zero-Point Energy' (ZPE) constantly fluctuating in and out of existence. The Casimir force shows us there is a latent negative energy pressure when we put two parallel plates close to one another. They suddenly attract. There must be quantum fluctuations we can't see. We invented 'dark matter' to explain why there appears to be more stickiness with stars that orbit their galaxies. We invented 'dark energy' to explain how the universe can expand faster than the speed of light. What if we add up all the quantum fluctuations across the cosmos? That would be a massive amount of energy. Could that account for 'dark matter?' What if we take it a step further and assume the quantum fluctuations are just the energy seeping through from a vast ocean of potential energy? Could that account for 'dark energy?' That ocean of energy is Spacetime Aether. Tapping into it represents a new source of practically unlimited power for humanity.
1:52

What is the Spacetime Aether? Conventional physics would claim that space is an empty vacuum. It discounts the 'Zero-Point Energy' (ZPE) constantly fluctuating in and out of existence. The Casimir force shows us there is a latent negative energy pressure when we put two parallel plates close to one another. They suddenly attract. There must be quantum fluctuations we can't see. We invented 'dark matter' to explain why there appears to be more stickiness with stars that orbit their galaxies. We invented 'dark energy' to explain how the universe can expand faster than the speed of light. What if we add up all the quantum fluctuations across the cosmos? That would be a massive amount of energy. Could that account for 'dark matter?' What if we take it a step further and assume the quantum fluctuations are just the energy seeping through from a vast ocean of potential energy? Could that account for 'dark energy?' That ocean of energy is Spacetime Aether. Tapping into it represents a new source of practically unlimited power for humanity.

Ashton Forbes

92,416 görüntüleme • 2 yıl önce

Another Galaxy Without Dark Matter Dark matter is thought to account for about 85% of the Universe's total mass, yet there are galaxies that stubbornly refuse to conform to this rule. A team of astronomers led by researchers from Yale, using the Keck Observatory, has discovered a third such galaxy: the faint dwarf DF9, which appears to lack invisible mass entirely. The concept of dark matter emerged in the 1970s, when Vera Rubin first convincingly demonstrated that galaxies are held together by some form of invisible mass. Since then, a wealth of indirect evidence—such as galactic halos and gravitational lensing—has accumulated. This makes the exceptions all the more intriguing. DF9 sits alongside two other similarly "empty" galaxies—DF2 and DF4—as part of an elongated chain of seven galaxies located 45 million light-years away; all of them appear to have originated from a single event. How was this determined? By analyzing stellar motion, the team estimated DF9's mass at approximately 100 million solar masses—a figure that matches the combined mass of its visible stars, gas, and dust. Had dark matter been present, the total mass would have been roughly a hundred times greater. The necessary precision was achieved using the KCWI spectrograph on the Keck telescope, an instrument specifically designed to detect extremely faint light sources. It appears that DF2, DF4, and DF9 formed during a high-speed galactic collision that stripped gas clouds away from their dark matter halos, allowing the new galaxies to coalesce from ordinary matter alone. Lead author Michael Keim notes that a chain of dark-matter-free galaxies has never been observed before. His supervisor, Pieter van Dokkum, adds that this provides compelling evidence that dark matter is a genuine physical substance rather than merely a "correction" to the theory of gravity.
0:21

Another Galaxy Without Dark Matter Dark matter is thought to account for about 85% of the Universe's total mass, yet there are galaxies that stubbornly refuse to conform to this rule. A team of astronomers led by researchers from Yale, using the Keck Observatory, has discovered a third such galaxy: the faint dwarf DF9, which appears to lack invisible mass entirely. The concept of dark matter emerged in the 1970s, when Vera Rubin first convincingly demonstrated that galaxies are held together by some form of invisible mass. Since then, a wealth of indirect evidence—such as galactic halos and gravitational lensing—has accumulated. This makes the exceptions all the more intriguing. DF9 sits alongside two other similarly "empty" galaxies—DF2 and DF4—as part of an elongated chain of seven galaxies located 45 million light-years away; all of them appear to have originated from a single event. How was this determined? By analyzing stellar motion, the team estimated DF9's mass at approximately 100 million solar masses—a figure that matches the combined mass of its visible stars, gas, and dust. Had dark matter been present, the total mass would have been roughly a hundred times greater. The necessary precision was achieved using the KCWI spectrograph on the Keck telescope, an instrument specifically designed to detect extremely faint light sources. It appears that DF2, DF4, and DF9 formed during a high-speed galactic collision that stripped gas clouds away from their dark matter halos, allowing the new galaxies to coalesce from ordinary matter alone. Lead author Michael Keim notes that a chain of dark-matter-free galaxies has never been observed before. His supervisor, Pieter van Dokkum, adds that this provides compelling evidence that dark matter is a genuine physical substance rather than merely a "correction" to the theory of gravity.

Black Hole

24,271 görüntüleme • 2 ay önce

🌌 Map of the Universe from Threads The large-scale structure of our cosmos is astonishing: galaxy clusters gather into gigantic superclusters. Under the invisible influence of dark matter, these structures are arranged into extended threads and a complex cosmic network.
1:09

🌌 Map of the Universe from Threads The large-scale structure of our cosmos is astonishing: galaxy clusters gather into gigantic superclusters. Under the invisible influence of dark matter, these structures are arranged into extended threads and a complex cosmic network.

Black Hole

15,717 görüntüleme • 2 ay önce

Robert Bigelow: “The Big Bang is just a theory… nothing to do with fact.” The universe is an open system with no beginning and no end. Mainstream cosmology treats the Big Bang as settled history, yet it leaves the entropy problem unresolved and admits that 95 to 96 percent of the universe consists of dark energy and dark matter we still cannot explain. Bigelow points out that an open system continuously exchanges energy and information, which aligns far better with the observed acceleration and the persistent mysteries of dark energy than a closed, once and done explosion. He ties the same openness to consciousness itself, suggesting the unknown majority of the cosmos may not be inert filler but part of a larger, ongoing process. The data keep revealing how little we actually know. The standard model papers over the gaps.
4:54

Robert Bigelow: “The Big Bang is just a theory… nothing to do with fact.” The universe is an open system with no beginning and no end. Mainstream cosmology treats the Big Bang as settled history, yet it leaves the entropy problem unresolved and admits that 95 to 96 percent of the universe consists of dark energy and dark matter we still cannot explain. Bigelow points out that an open system continuously exchanges energy and information, which aligns far better with the observed acceleration and the persistent mysteries of dark energy than a closed, once and done explosion. He ties the same openness to consciousness itself, suggesting the unknown majority of the cosmos may not be inert filler but part of a larger, ongoing process. The data keep revealing how little we actually know. The standard model papers over the gaps.

Interstellar

46,366 görüntüleme • 23 gün önce

What is essential is invisible to the eye…🌹 … by which we mean the mysterious matter that allows galaxies to rotate at a speed that does not add up with the gravity generated by their observable matter. Galaxies should have torn themselves apart long ago if there was nothing else holding them together. We mean, of course, #DarkMatter. To look for dark matter, experiments across the world essentially “make it, break it, or shake it”. Curious to know what this means? Watch this short video 👇 Read more:
2:05

What is essential is invisible to the eye…🌹 … by which we mean the mysterious matter that allows galaxies to rotate at a speed that does not add up with the gravity generated by their observable matter. Galaxies should have torn themselves apart long ago if there was nothing else holding them together. We mean, of course, #DarkMatter. To look for dark matter, experiments across the world essentially “make it, break it, or shake it”. Curious to know what this means? Watch this short video 👇 Read more:

CERN

21,271 görüntüleme • 1 yıl önce

The "Inverse Problem" Of Dark Matter Is Insane What if 85% of the universe's matter isn't missing — it's just that our models were never clean enough to know? Dr. Jenny Wagner proves mathematically that every dark matter map ever made is extrapolation. The data only tells you something local. Everything else is a model assumption wearing the costume of evidence. She then connects this to Einstein's own 1917 warning — that homogeneity and isotropy were always a placeholder, never a truth — and makes the case that cosmology is not in crisis. It's finally ready for the next level of detail.
2:47

The "Inverse Problem" Of Dark Matter Is Insane What if 85% of the universe's matter isn't missing — it's just that our models were never clean enough to know? Dr. Jenny Wagner proves mathematically that every dark matter map ever made is extrapolation. The data only tells you something local. Everything else is a model assumption wearing the costume of evidence. She then connects this to Einstein's own 1917 warning — that homogeneity and isotropy were always a placeholder, never a truth — and makes the case that cosmology is not in crisis. It's finally ready for the next level of detail.

Curt Jaimungal

38,332 görüntüleme • 5 ay önce

The Dark Energy Spectroscopic Instrument (DESI) has released Data Release 1 (DR1), presenting the largest and most detailed 3D map of the universe to date. This dataset encompasses information on 18.7 million celestial objects, including approximately 4 million stars, 13.1 million galaxies, and 1.6 million quasars, extending back 11 billion years. DESI, situated on the Nicholas U. Mayall 4-meter Telescope at Kitt Peak National Observatory in Arizona, aims to elucidate the nature of dark energy. The comprehensive data from DR1 not only aids in understanding dark energy but also offers insights into galaxy evolution, black holes, dark matter, and the structure of the Milky Way. Notably, initial analyses of DESI's data suggest that dark energy may not be a constant force as previously thought. Observations indicate that the universe's expansion rate, influenced by dark energy, has varied over time, challenging existing cosmological models and potentially altering our understanding of the universe's fate. The data from DR1 is publicly accessible through the National Energy Research Scientific Computing Center (NERSC) and can be explored via the Legacy Survey Sky Browser. 🌻
1:58

The Dark Energy Spectroscopic Instrument (DESI) has released Data Release 1 (DR1), presenting the largest and most detailed 3D map of the universe to date. This dataset encompasses information on 18.7 million celestial objects, including approximately 4 million stars, 13.1 million galaxies, and 1.6 million quasars, extending back 11 billion years. DESI, situated on the Nicholas U. Mayall 4-meter Telescope at Kitt Peak National Observatory in Arizona, aims to elucidate the nature of dark energy. The comprehensive data from DR1 not only aids in understanding dark energy but also offers insights into galaxy evolution, black holes, dark matter, and the structure of the Milky Way. Notably, initial analyses of DESI's data suggest that dark energy may not be a constant force as previously thought. Observations indicate that the universe's expansion rate, influenced by dark energy, has varied over time, challenging existing cosmological models and potentially altering our understanding of the universe's fate. The data from DR1 is publicly accessible through the National Energy Research Scientific Computing Center (NERSC) and can be explored via the Legacy Survey Sky Browser. 🌻

Erika 

18,609 görüntüleme • 1 yıl önce

What is dark matter? 🤔 We asked Erwan Robyn, a postdoctoral student, to tell us what is this mysterious matter that makes up 85% of our #Universe, and how is the Alpha Magnetic Spectrometer (AMS) experiment looking for #DarkMatter. Curious to know more? Are you currently in the Geneva (Switzerland) area? On 31 October at 19.30 CET, CERN organises an immersive evening that will take you on a journey from cosmology and #ParticlePhysics to neurosciences. Join us to celebrate #DarkMatterDay at CERN:
1:24

What is dark matter? 🤔 We asked Erwan Robyn, a postdoctoral student, to tell us what is this mysterious matter that makes up 85% of our #Universe, and how is the Alpha Magnetic Spectrometer (AMS) experiment looking for #DarkMatter. Curious to know more? Are you currently in the Geneva (Switzerland) area? On 31 October at 19.30 CET, CERN organises an immersive evening that will take you on a journey from cosmology and #ParticlePhysics to neurosciences. Join us to celebrate #DarkMatterDay at CERN:

CERN

46,415 görüntüleme • 1 yıl önce

"The Universe is dying. Mars is a death trap. And we are likely alone." Time for something different, Paul M. Sutter is back for some more complexities of the Universe. We cover the big stuff - the big bang, dark matter, living on Mars and aliens. Links to full episode in 🧵
0:50

"The Universe is dying. Mars is a death trap. And we are likely alone." Time for something different, Paul M. Sutter is back for some more complexities of the Universe. We cover the big stuff - the big bang, dark matter, living on Mars and aliens. Links to full episode in 🧵

Peter McCormack 🏴‍☠️🇬🇧🇮🇪

21,295 görüntüleme • 9 ay önce

Today, SpaceX carried out a historic mission for future generations SpaceX launched NASA’s Nancy Grace Roman Space Telescope aboard Falcon Heavy. Roman is NASA’s next-generation space observatory, built to study dark energy and dark matter, observe billions of galaxies, and discover thousands of exoplanets, all while surveying the universe with a field of view about 100× larger than Hubble’s
0:25

Today, SpaceX carried out a historic mission for future generations SpaceX launched NASA’s Nancy Grace Roman Space Telescope aboard Falcon Heavy. Roman is NASA’s next-generation space observatory, built to study dark energy and dark matter, observe billions of galaxies, and discover thousands of exoplanets, all while surveying the universe with a field of view about 100× larger than Hubble’s

SMX 🇺🇸

14,254 görüntüleme • 5 gün önce

Here's my conversation with Don Lincoln about some of the biggest open questions in physics, including dark energy, dark matter, the matter-antimatter imbalance, quantum vacuum, quantum foam, and the quest to unify the laws of physics. Don is a particle physicist at Fermilab who has spent decades working at the frontiers of high energy physics. He is also a great teacher & writer. I highly recommend his courses & books. One of my favorite lecture series he has given is The Evidence for Modern Physics where he breaks down the experiments that validate some of the weird laws of physics we have, and what it would take to validate even the weirder ones. It's not enough to come up with a beautiful theory. You also have to show through experiment that the theory is likely to be correct. This process often doesn't get the love it deserves, even though it's often the most important and difficult part of the scientific process. I ❤️ physics. The conversation is here on X in full and is up everywhere else (see comment). Timestamps: 0:00 - Introduction 0:49 - Unifying the laws of nature 15:20 - General relativity 32:27 - Electroweak force 44:09 - How particle colliders work 1:02:12 - Higgs boson discovery 1:12:32 - Theory of everything 1:42:17 - Physics of empty space 1:49:41 - Antimatter 2:10:31 - Dark energy 2:14:20 - Dark matter 2:42:56 - Future of physics
2:53:42

Here's my conversation with Don Lincoln about some of the biggest open questions in physics, including dark energy, dark matter, the matter-antimatter imbalance, quantum vacuum, quantum foam, and the quest to unify the laws of physics. Don is a particle physicist at Fermilab who has spent decades working at the frontiers of high energy physics. He is also a great teacher & writer. I highly recommend his courses & books. One of my favorite lecture series he has given is The Evidence for Modern Physics where he breaks down the experiments that validate some of the weird laws of physics we have, and what it would take to validate even the weirder ones. It's not enough to come up with a beautiful theory. You also have to show through experiment that the theory is likely to be correct. This process often doesn't get the love it deserves, even though it's often the most important and difficult part of the scientific process. I ❤️ physics. The conversation is here on X in full and is up everywhere else (see comment). Timestamps: 0:00 - Introduction 0:49 - Unifying the laws of nature 15:20 - General relativity 32:27 - Electroweak force 44:09 - How particle colliders work 1:02:12 - Higgs boson discovery 1:12:32 - Theory of everything 1:42:17 - Physics of empty space 1:49:41 - Antimatter 2:10:31 - Dark energy 2:14:20 - Dark matter 2:42:56 - Future of physics

Lex Fridman

261,673 görüntüleme • 3 ay önce

Elon Musk said the most important thing anyone has said this century. Musk: “I think we need to assume that life and consciousness is extremely rare, and it might only be us.” 13.8 billion years. Trillions of galaxies. Billions of trillions of stars. Not one signal from any of them. That silence is the loudest data point in human history. Musk: “The image in my mind is of a tiny candle in a vast darkness. A tiny candle of consciousness that could easily go out.” That is not poetry. That is a threat assessment from the only person on Earth building the response. Stars don’t know they burn. Black holes don’t know they consume. The universe has been running for 13.8 billion years with no awareness of itself. We are the only known point in all of that time and all of that space where matter woke up and understood what it was looking at. Every law of nature ran in complete silence for billions of years. Gravity pulled. Light traveled. Elements fused. None of it meant anything. Because meaning requires a mind. And there might only be one. Musk is not building rockets because he likes engineering. He is building an escape route for the only thing in the universe that knows the universe exists. If consciousness disappears, the stars keep burning. The physics keeps running. But the universe is no longer a universe. It is just matter moving through space with nothing to call it that. The most profound thing Musk said is not that the candle is small. It is that without the candle, there is no such thing as light or darkness. Just physics performing to an empty room for the rest of eternity. One man looked at that and said no.
0:33

Elon Musk said the most important thing anyone has said this century. Musk: “I think we need to assume that life and consciousness is extremely rare, and it might only be us.” 13.8 billion years. Trillions of galaxies. Billions of trillions of stars. Not one signal from any of them. That silence is the loudest data point in human history. Musk: “The image in my mind is of a tiny candle in a vast darkness. A tiny candle of consciousness that could easily go out.” That is not poetry. That is a threat assessment from the only person on Earth building the response. Stars don’t know they burn. Black holes don’t know they consume. The universe has been running for 13.8 billion years with no awareness of itself. We are the only known point in all of that time and all of that space where matter woke up and understood what it was looking at. Every law of nature ran in complete silence for billions of years. Gravity pulled. Light traveled. Elements fused. None of it meant anything. Because meaning requires a mind. And there might only be one. Musk is not building rockets because he likes engineering. He is building an escape route for the only thing in the universe that knows the universe exists. If consciousness disappears, the stars keep burning. The physics keeps running. But the universe is no longer a universe. It is just matter moving through space with nothing to call it that. The most profound thing Musk said is not that the candle is small. It is that without the candle, there is no such thing as light or darkness. Just physics performing to an empty room for the rest of eternity. One man looked at that and said no.

Dustin

61,244 görüntüleme • 2 ay önce

Desveaux’s Theory of Helix Fields Tweet 1 of 2 For decades, we treated the universe like a giant stage where particles act out their lives. What if the stage itself isn't empty? What if the "void" of space is a structured, rotating medium that is constantly twisting & turning? We have been looking at the pieces of the puzzle, but ignoring the board they sit on. It’s been hiding in plain in sight? My idea on Helix Fields suggests everything we see, from the smallest atom to the largest galaxy, is actually a "corkscrew" in the fabric of reality. In standard physics, we think of particles like tiny billiard balls. In Helix Field Theory, we rethink them as solitons - essentially stable, high-energy "whirlpools" or "corkscrews" made of space itself. Imagine a ribbon. If you pull it straight, it’s flat and simple. But if you twist it, you create a spiral. That twist is what we call Torsion. My theory says that what we perceive as "matter" is simply a place where the vacuum of space is rotating so tightly that it creates a "density core." To explain how this all works, we use a mathematical roadmap called a Lagrangian. Think of it as a master recipe or cookbook for the universe. It combines four key ingredients: 1. Electricity and Magnetism: How light and energy move. 2. Scalar Fields: The underlying "pressure" of the vacuum in space itself 3. Matter: The physical "stuff" we can touch. 4. Torsion: The "twist" or rotational force of space. By looking at the universe through this "helix" lens, we can solve two of the biggest headaches in modern science: The Hubble Tension - Astronomers are currently arguing over how fast the universe is expanding because different measurements give different answers. My theory suggests this "tension" exists because we haven't accounted for the universal rotation (torsion) affecting our measurements. The Dark Sector - We know there is "Dark Matter" and "Dark Energy" out there, but we can't find it. Helix Field Theory suggests these aren't invisible particles, but rather geometric artifacts - ripples and shadows created by the rotating vacuum itself. We are moving away from a universe of "things" and toward a universe of geometry and motion. If the vacuum of space is a structured, rotating medium, then we aren't just living in the universe - we are part of its physical rotation. The "Quantum Substratum" isn't just a theory; it’s a new way to understand the very "twist" of existence. - Protons: tiny rotating black hole-like cores anchoring the scalar field - Neutrons: stabilisers that prevent proton cores from decaying - Quarks & Gluons: the deepest torsion knots; the strong force is intrinsic torsion - Electrons: corkscrew-shaped solitons producing microscopic magnetic vortices - Neutrinos: ultra-light messenger waves traveling along the field’s “communication lines.” - Photons: instruction ripples traveling at light speed - Dark Photons: the “torsion messengers” of the Helix Field. They carry the twist, regulate the twist, and stabilize the twisting motion - W and Z bosons: on/off switches and stabilising nodes in the neutrino network - Higgs field: the local density of the scalar field, giving solitons their effective mass - Dark energy: the gentle outward push caused by the field’s overall rotation - Entropy: friction in that rotation, giving time its arrow - Cosmic Microwave Background: the universal “sustain pedal” like on a guitar or piano, keeping the field’s vibrations in phase. In this vision, dark matter isn’t missing matter - it’s the gravitational echo of the scalar field itself. Exploring antiparticles further: they may regulate the flow of time itself. In a rotational and torsional universe Time is a neutral observer: the past and future are fixed, but the present - our free will - is the point where choices echo into fate. Time is the “God” of the universe: ever-present, ever-aware, never interfering - just watching, as we decide which thread to follow.
1:18

Desveaux’s Theory of Helix Fields Tweet 1 of 2 For decades, we treated the universe like a giant stage where particles act out their lives. What if the stage itself isn't empty? What if the "void" of space is a structured, rotating medium that is constantly twisting & turning? We have been looking at the pieces of the puzzle, but ignoring the board they sit on. It’s been hiding in plain in sight? My idea on Helix Fields suggests everything we see, from the smallest atom to the largest galaxy, is actually a "corkscrew" in the fabric of reality. In standard physics, we think of particles like tiny billiard balls. In Helix Field Theory, we rethink them as solitons - essentially stable, high-energy "whirlpools" or "corkscrews" made of space itself. Imagine a ribbon. If you pull it straight, it’s flat and simple. But if you twist it, you create a spiral. That twist is what we call Torsion. My theory says that what we perceive as "matter" is simply a place where the vacuum of space is rotating so tightly that it creates a "density core." To explain how this all works, we use a mathematical roadmap called a Lagrangian. Think of it as a master recipe or cookbook for the universe. It combines four key ingredients: 1. Electricity and Magnetism: How light and energy move. 2. Scalar Fields: The underlying "pressure" of the vacuum in space itself 3. Matter: The physical "stuff" we can touch. 4. Torsion: The "twist" or rotational force of space. By looking at the universe through this "helix" lens, we can solve two of the biggest headaches in modern science: The Hubble Tension - Astronomers are currently arguing over how fast the universe is expanding because different measurements give different answers. My theory suggests this "tension" exists because we haven't accounted for the universal rotation (torsion) affecting our measurements. The Dark Sector - We know there is "Dark Matter" and "Dark Energy" out there, but we can't find it. Helix Field Theory suggests these aren't invisible particles, but rather geometric artifacts - ripples and shadows created by the rotating vacuum itself. We are moving away from a universe of "things" and toward a universe of geometry and motion. If the vacuum of space is a structured, rotating medium, then we aren't just living in the universe - we are part of its physical rotation. The "Quantum Substratum" isn't just a theory; it’s a new way to understand the very "twist" of existence. - Protons: tiny rotating black hole-like cores anchoring the scalar field - Neutrons: stabilisers that prevent proton cores from decaying - Quarks & Gluons: the deepest torsion knots; the strong force is intrinsic torsion - Electrons: corkscrew-shaped solitons producing microscopic magnetic vortices - Neutrinos: ultra-light messenger waves traveling along the field’s “communication lines.” - Photons: instruction ripples traveling at light speed - Dark Photons: the “torsion messengers” of the Helix Field. They carry the twist, regulate the twist, and stabilize the twisting motion - W and Z bosons: on/off switches and stabilising nodes in the neutrino network - Higgs field: the local density of the scalar field, giving solitons their effective mass - Dark energy: the gentle outward push caused by the field’s overall rotation - Entropy: friction in that rotation, giving time its arrow - Cosmic Microwave Background: the universal “sustain pedal” like on a guitar or piano, keeping the field’s vibrations in phase. In this vision, dark matter isn’t missing matter - it’s the gravitational echo of the scalar field itself. Exploring antiparticles further: they may regulate the flow of time itself. In a rotational and torsional universe Time is a neutral observer: the past and future are fixed, but the present - our free will - is the point where choices echo into fate. Time is the “God” of the universe: ever-present, ever-aware, never interfering - just watching, as we decide which thread to follow.

Clinton Desveaux

23,492 görüntüleme • 7 ay önce

Theoretical Physicist Dr. Lara Anderson: "Our 3 dimensional universe is expanding in to a 4th dimension" "Early 20th-century physics revealed our universe has more dimensions than we can see, and string theory suggests they shape everything from particles to reality itself." "The universe is not only stranger than we suppose, but stranger than we can suppose." This insight from physicist Arthur Eddington captures how extra dimensions, compactified in complex shapes like Calabi-Yau manifolds, remain hidden yet influence the fundamental laws we observe. These dimensions aren't sci-fi portals. They're tiny, folded geometries woven into the fabric of spacetime, enabling string theory to unify quantum mechanics and gravity while explaining unseen aspects like dark matter. Consciousness may even connect to these deeper structures in ways physics is only beginning to explore. Mind bending science that challenges everything we think we know about existence. What if the reality we perceive is just a slice of something far richer?
3:14

Theoretical Physicist Dr. Lara Anderson: "Our 3 dimensional universe is expanding in to a 4th dimension" "Early 20th-century physics revealed our universe has more dimensions than we can see, and string theory suggests they shape everything from particles to reality itself." "The universe is not only stranger than we suppose, but stranger than we can suppose." This insight from physicist Arthur Eddington captures how extra dimensions, compactified in complex shapes like Calabi-Yau manifolds, remain hidden yet influence the fundamental laws we observe. These dimensions aren't sci-fi portals. They're tiny, folded geometries woven into the fabric of spacetime, enabling string theory to unify quantum mechanics and gravity while explaining unseen aspects like dark matter. Consciousness may even connect to these deeper structures in ways physics is only beginning to explore. Mind bending science that challenges everything we think we know about existence. What if the reality we perceive is just a slice of something far richer?

Interstellar

25,407 görüntüleme • 2 ay önce

Did #3IATLAS travel through time to enter our universe? According to Avi Loeb the universe’s rapid expansion suggests the presence of dark energy a form of negative mass that produces anti gravity Loeb explains that if scientists could create such matter it might make light speed travel possible without fuel and even enable time travel However he admits this could lead to logical paradoxes though some alien theories claim that advanced civilizations may have already figured it out
5:50

Did #3IATLAS travel through time to enter our universe? According to Avi Loeb the universe’s rapid expansion suggests the presence of dark energy a form of negative mass that produces anti gravity Loeb explains that if scientists could create such matter it might make light speed travel possible without fuel and even enable time travel However he admits this could lead to logical paradoxes though some alien theories claim that advanced civilizations may have already figured it out

Surajit

32,463 görüntüleme • 10 ay önce

The Nancy Grace Roman Space Telescope is in final preparations for an early September launch, eight months AHEAD of schedule and UNDER budget. This milestone is the result of more than a decade of dedication and millions of hours of work by NASA and our industry partners. Their commitment is what’s making this moment possible and helping drive Gold Standard Science. Roman will help answer some of the biggest questions in science, investigating dark matter, dark energy, and the structure of the universe. Its images will be so large and detailed, there isn’t a screen in existence big enough to display them. This is just the beginning.
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The Nancy Grace Roman Space Telescope is in final preparations for an early September launch, eight months AHEAD of schedule and UNDER budget. This milestone is the result of more than a decade of dedication and millions of hours of work by NASA and our industry partners. Their commitment is what’s making this moment possible and helping drive Gold Standard Science. Roman will help answer some of the biggest questions in science, investigating dark matter, dark energy, and the structure of the universe. Its images will be so large and detailed, there isn’t a screen in existence big enough to display them. This is just the beginning.

NASA Administrator Jared Isaacman

1,333,117 görüntüleme • 4 ay önce