The problem with the theories of the universe is that we don't know everything about it.

The multiverse theory could explain many things in the universe. And in some theories. We cannot see those other universes. Because radiation that comes out from our universe could turn the radiation away. If radiation that has a higher energy level impacts with radiation, that is a lower energy level it pushes that lower energy radiation away. 

In that model, the higher energy radiation from our universe sweeps radiation. That comes from other universes away from our universe. And that means the radiation cannot reach our universe. 

In the modern models energy is one shape of material. And the material is one shape of energy. We can think that there is a base energy field in the universe. And materials are balls or thicker points of that energy field. In models, the Schwinger effect forms the material by creating quantum whirls in that energy field. 

The Schwinger effect is the situation when two energy fields cross each other and form two opposite rotating quantum whirls. If the power of those crossing energy fields is high enough those whirls are turning tight enough. And that thing forms particle-antiparticle pair. And if those particles and antiparticles are too close to each other. That forms the annihilation. But is that the Big Bang? 

The local geometry of the universe is determined by whether the density parameter Ω is greater than, less than, or equal to 1.

From top to bottom: a spherical universe with Ω > 1, a hyperbolic universe with Ω < 1, and a flat universe with Ω = 1. These depictions of two-dimensional surfaces are merely easily visualizable analogs to the 3-dimensional structure of (local) space". (Wikipedia/Shape of the Universe)

If Ω = 1, the universe is flat.

If Ω > 1, there is positive curvature.

If Ω < 1 there is negative curvature.

Only if the  Ω > 1 the universe is closed. And only the closed universe causes the big crunch in its ultimate fate. But the problem with the universe's ultimate fate is that information about the universe cannot vanish. If we think the case that all material turns to wave movement the wave movement's existence continues forever. 

Because if there is a vacuum or absolute emptiness, the superstring cannot blend in the quantum field. The superstring is the model of the smallest possible form of information. And if there is no quantum field around it it cannot blend with that thing. The information is not just vanishing. It just blends with another information field that has the same wavelength and power. And if there is no information or quantum field there is nothing where information can blend. 

The problem with the geometrical shape of the universe is that. It has no pure shape. If we think that the that forms the universe is the quantum field (called Higgs field, or three-kelvin field ), we must realize that the field is not homogenous. There are hills and valleys because there are differences in energy levels in that field. When stars and other objects send radiation that thing forms circular moving waves that are crossing in the quantum field. 

And in those points is forming a hill. That hill pushes the wave motion with the same frequency away from that point. When things like supernovas explode they form a short-term pothole where that quantum field drops back in and then reflects from the middle of that pothole. So the universe is more complicated than just some spherical, flat, or hyperbolic. 

The open universe would almost close away the possibility of so-called phoenix universes. In Phoenix universe theory the key element is that the universe collapses and then forms the big crunch. When there is an absolute vacuum around that extremely large singularity that involves all information it causes an explosion of that thing. 

In this model, the universe forms when the last quantum field drops in that enormous black hole and then impacts with radiation that comes out from that "black hole" that involves almost all information that the universe involved. 

The information that travels to a black hole cannot resist the expansion of that monster. And then the event horizon crosses Schwarzchild's radius and causes an explosion. But again, that is a theory with many weaknesses. And the biggest problem is where the first universe came from. 

So could the universe be open and close at the same time? We don't know what is the real shape of the universe, because dark matter determines the final answer. There is the possibility that the Big Bang formed two layers that look like time glass. And that supports the theory of the shadow universe. 

But if the universe is flat, we face one very interesting model. In that model, the open universe can also turn into a closed one. The model goes like this. When the universe turns old it turns cold. The energy level is lower, and material with wave movement travels in the flat universe like a wave. 

Or, material forms a circle that travels away from the point where the big bang happened. And there is the possibility that the expanding material pulls a hole in the quantum field. That causes a reaction that the quantum field collapses in that hole and then that causes impacting waves. 

The universe and its shape are interesting, and the problem with modeling that thing is that we don't know where it came from. So there is a Big Bang theory, but what happens before the Big Bang? All models that made about that thing require, that there was some kind of energy (or quantum) field before the Big Bang happened. That is called the problem of infinity. 

The Big Bang was the event, that adjusts the energy level of the material. And if the thing that formed the universe, or visible universe, was the Schwinger effect that could explain the case called the "Bang". The Schwinger-effect forms particle-antiparticle pair. Because the polarity of those particles is opposite, they will pull together and form annihilation. So if the origin of the material was the pike-shaped radiation ray that crosses the energy field that formed two series of opposite rotating quantum spirals. 

Those spirals or quantum whirls were particle-antiparticle pairs. And when they touch each other it causes annihilation. But at this point, cosmologists are in trouble. If the Big Bang were a series of annihilations there could be many types of particles that existence ended. A long time before the material in the form we know it formed. And that long time could be less than a second. 

But as you see the weakness in this model is that it requires the existence of the quantum field before the Big Bang. If the universe formed in the Schwinger effect. That thing causes suspicion about the existence of the shadow universe. That form of the anti-particles. The problem is that the dark matter should travel before the visible material. And finally, we must fit the most dominating effect, dark energy into that model. 

The simplest model is that there is another universe. The multiverse explains why the universe is full of free energy that rips it into pieces. But proving that thing is a very difficult process. When a photon leaves the universe it should get unlimited speed, if there is no quantum field outside the universe. But the universe's gravitation limits the speed of those photons. 

If other universes mean their radiation is extremely weak. And the light in our universe covers it. Even if their material is precisely similar to our universe radiation that comes out from our universe pushes radiation that comes from another universe away. 

But the material in those hypothetical universes can be different. Even if the components of that hypothetical material form things like hadrons, that material forms elementary particles. That have different sizes of material in our universe. That makes it hard to detect that material. But the universe is like beef. 

https://svs.gsfc.nasa.gov/cgi-bin/details.cgi?aid=11342

https://en.wikipedia.org/wiki/Shape_of_the_universe

https://en.wikipedia.org/wiki/Ultimate_fate_of_the_universe

Maybe gravitation affects the Higgs field, not the particle itself.

As I wrote somewhere earlier there is a possibility that the gravitation is the pothole in the Higgs field. In that model gravitation is a lower energy area in the Higgs field. And because gravitation is like water that flows to that lower energy point it takes the particle with it. So there is a possibility that gravitation interaction looks like a neutron star. 

There are energy fields that roll the Higgs field to the pike-looking structure. And then that structure is the thing that transfers Higgs field away from the middle of the gravitational center. The wormhole theory is the thing that explains the pike that is needed for these kinds of gravitational structures. 

The theory of wormholes tells us that the universe is full of tiny wormholes whose diameter is smaller than quarks but the length of those channels would be even light years. The quantum wormholes are the thing that makes the pothole in the quantum field called the Higgs field. But the problem is that this thing requires more evidence. 

The thing is that the gravitation affects the particle's environment rather than the particle itself explains the special form of gravitation. This explains why there is no graviton or why there is no repelling gravitation. The reason for that is that gravitation is Higgs field. Energy acts in this field the same way as in other energy fields. It travels from the lower energy field to the higher energy field. 

When we talk about the WARP bubbles one of the reasons why crossing the speed of light is possible by using those empty bubbles is that the shell layer of the warp bubble is larger than without that bubble. Because there is an energy vacuum in the bubble energy travels in it. And that rises the energy level of the object that is in the warp bubble. Of course, light travels in that bubble faster than usual. In some models, antimatter explosions in the middle of the craft would create the warp bubble. 

So in this model, antigravitation is the system that makes the Higgs field so powerful that it starts to transfer energy from below it to the object. And that thing turns the object hover. This is one way to think about gravitation and one of the most interesting solutions. That this strange thing can offer. So for moving in space, the object must just pump energy to the Higgs field. And that moves it around the universe. 

https://miraclesofthequantumworld.blogspot.com/2023/04/could-gravitation-be-effect-that-forms.html

The famous double-slit experiment: But in this time rather, in time than space.

The famous double-slit experiment shows that light has a particle and wave nature. The research team of Royal London College made a new version of that experiment to demonstrate and investigate the light special relation to time. Time and light have a special relationship because of photons. That travels in the universe does not turn older. 

The reason is that time is stopped in the particle that travels with the speed of light.  And that is the thing that makes photons very interesting particles. When we think that the speed of light is a certain energy level, we can make photons travel back in time, by increasing it's energy level. Theoretically, this thing can open marvelous possibilities for quantum computing. 

What if researchers someday can bring information back from the future? Even if that thing is possible in a time limit that is less than a second, it allows to creation the backup qubit that the system sends to the future. And then the system can catch that qubit when it re-adjusts the quantum entanglement. The thing that makes quantum entanglement interact through time and space is one of the most interesting things in the world.

Quantum computers are the most powerful calculation machines that humans ever created. Their problem is that the system can keep quantum entanglements stable only in a couple of seconds or less than a minute. Normally, systems that create complicated models use alternative quantum- and binary systems where quantum computers send intermediate results for binary systems while they re-adjust themselves. 

"A team of international physicists led by Imperial College London has successfully recreated the double-slit experiment, demonstrating light’s dual nature as both a particle and a wave, but this time in the domain of time rather than space. The experiment relied on materials that change their optical properties in femtoseconds (quadrillionths of a second), which could potentially be used in new technologies or to explore fundamental questions in physics".(ScitechDaily.com/A Quantum Leap Through Time: Famous Double-Slit Experiment Reimagined)

"The researchers used a thin film of indium-tin-oxide, a metamaterial, which had its reflectance changed by lasers on ultrafast timescales, creating the ‘slits’ for light. This groundbreaking experiment could lead to the development of ultrafast, parallelized optical switches and pave the way for future research in time crystals and metamaterials".(ScitechDaily.com/A Quantum Leap Through Time: Famous Double-Slit Experiment Reimagined)

The quantum system uses artificial-intelligence-based adjustment tools, that take into account differences in the environment like radiation level, sun's activity, and in the future, gravitational waves. Also changes in electricity oscillation affect the quantum computer's ability to maintain the quantum entanglement. The number of variables determines how long the quantum system can keep the quantum entanglement, it's also possible that the system uses quantum systems alternatively. 

But the problem in both cases is that when the system sends information between quantum computers and the binary system it must encode that information from qubit to binary mode. And then, the system must encode binary data back from the binary model to the qubit. In that process, there is a possibility that something affects the qubit. And when the system transports information between two quantum systems it must throw qubits like balls. 

The problem is that. If some outside effect affects the qubit while it travels between systems that can turn the solution wrong. Even if the system uses two or double qubits. There is a possibility that the outside effect transforms those qubits. But if the system can send a qubit into the future and then catch the same qubit. It can make sure that data, stored in qubit has not changed. That thing, of course, requires that the qubits are not chancing while they are sent to the future and then catch again. 

The idea of the quantum system that sends information to the future and catches it again is interesting. The base of that system is in time dilation. The model of time is like a river or track. When energy impulse stops time in a particle time travels faster around it. That means the time dilates. And when the system removes energy from the particle time starts to travel faster around the object.

If the energy level of the particle is high its aging will slow. In slow energy levels in particles, time moves faster. Time is relative. That means when the energy level of another particle rises it starts to travel forward in time. Then another particle follows the first particle. The thing is that quantum entanglement is two particles that oscillate precisely with the same frequency. And it's possible to rise the energy level of another particle so high that it starts to travel forward in time. 

So, when the system inputs energy to a particle, it makes it travel to the future. And when it decreases the particle's energy level another part of the system will reach it. 

There is a possibility that the system will decrease the time in the particle. And then, it will stop it or even turn time travel backward in particles by using WARP bubbles. That thing makes it possible that the entirety that comes behind that particle catches it. 

https://scitechdaily.com/a-quantum-leap-through-time-famous-double-slit-experiment-reimagined/

The new map of dark matter validates Einstein's Theory of General Relativity

Albert Einstein's famous Theory of General Relativity passes the critical test again.

Another name for the speed of light is energy level. 

Albert Einstein's famous Theory of General Relativity passes the critical test again. This time the map of dark matter is the thing that follows the model that Albert Einstein calculated in 1916. The main idea of the Theory of General Relativity is that gravitation curves time and space. The thing, that makes this theory called E=Mc^2 so hard to understand is how space and time are curving. 

And how the famous pothole in spacetime is forming. When we think that there is the (Higgs) energy field all around space that thing makes it a little bit easier to understand that effect. The pothole or curvature is in the Higgs field, and that pothole is the key in the thing, called crossing the speed of light. Speed is one version of energy. And that thing means that all other energy fields have the same effect as the speed. Another name for speed is kinetic energy. 

So when a particle travels in the energy field that separates the universe from its environment. It loads kinetic energy in it. Energy travels from that energy field to a particle. And speed increases until energy starts to travel out from that particle or object. Gravitation and all other energy forms behave similar way as kinetic energy. So we can introduce curvature of the space and time as a pothole. When the energy level is rising the pothole turns deeper and deeper. 

In that gravitational and energy model deeper energy pothole increases the contact layer between the particle and its environment. That allows that more energy can transfer to a particle or object. When that energy layer turns thicker or its energy level rises less energy will travel out from the object. If an object reaches the speed of light. It will not deliver energy or wave movement anymore. That means the particle will not age anymore. 

That is called time dilation. And if an object crosses the speed of light it starts to travel backwards in time. That thing means that the object starts to receive energy and turn younger. And in this model, the black hole itself is a wormhole or energy channel that takes information to the point where the black hole formed. 

"Researchers used the Atacama Cosmology Telescope to create this new map of the dark matter. The orange regions show where there is more mass; purple where there is less or none. The typical features are hundreds of millions of light years across. The whitish band shows where contaminating light from dust in our Milky Way galaxy, measured by the Planck satellite, obscures a deeper view. The new map uses light from the cosmic microwave background (CMB) essentially as a backlight to silhouette all the matter between us and the Big Bang". (ScitechDaily.com /Groundbreaking New Dark Matter Map Validates Einstein’s Theory of General Relativity

“It’s a bit like silhouetting, but instead of just having black in the silhouette, you have texture and lumps of dark matter, as if the light were streaming through a fabric curtain that had lots of knots and bumps in it,” said Suzanne Staggs, director of ACT and Princeton’s Henry DeWolf Smyth Professor of Physics. “The famous blue and yellow CMB image is a snapshot of what the universe was like in a single epoch, about 13 billion years ago, and now this is giving us the information about all the epochs since.” Credit: ACT Collaboration".  (ScitechDaily.com /Groundbreaking New Dark Matter Map Validates Einstein’s Theory of General Relativity

Gravitational model 

Wormhole's model. Because, escaping velocity is higher than the speed of light that thing turns time opposite. The black hole's extreme gravitation turns to time travel backward. And that extreme time dilation transfers particles to the past or to the point where black holes formed. 

In wormhole theory, the universe is full of wormholes tiny energy channels. The supernova is not forming the wormhole. It acts like some kind of vacuum bomb. The supernova just pulls the wormhole larger. Then that thing collapses. 

The quantum fields are starting to press against that wormhole. That makes the most powerful gravitational generator in the universe. The wormhole conducts those quantum fields out from the poles of the black hole. So that is the thing that forms the massive gravitational effect.

The contact layer between the energy field and the object increases. But then can the particle cross the speed of light? That thing depends on one thing. Can the energy pothole move energy to the object in a critical moment? If the energy layer separates from the object. It starts to deliver energy. 

When an object reaches the speed of light. It starts to deliver energy. And that thing denies crossing the speed of light. The fact is that this is happening in the universe only in the black hole's event horizon. This is the point where escaping velocity turns higher than the speed of light. The thing is that the black hole requires that energy pothole. That thing presses its mass in form. A black hole will detonate immediately without that energy- or gravitational pothole. 

The thing that is needed is just to keep energy transferred to the object when it reaches the speed of light. If that energy pumping continues the pothole just presses the object across the speed of light. Or otherwise saying an object reaches an energy level that cuts its connection with its environment. And that thing means it jumps to the fourth dimension. 

And if somebody wants to cross the speed of light the only necessary thing is to pump energy to the object in a critical moment. One of those systems is WARP. The empty bubble or electromagnetic vacuum is created around the craft. 

That allows particles and objects to travel faster than usual. When the craft will accelerate as close to the speed of light as possible the system just removes that bubble. That causes the impact with quantum fields and energy transfer to the object. 

In some other versions the system pulls particles against the front of the spacecraft causing the energy level rises so high that the object jumps to the fourth dimension or crosses the speed of light. 

The speed of light crossing every day when particles impact the atmosphere. At that moment they send Cherenkov radiation. That thing forms the blue sky. So there is introduced a model. That the particle accelerator sends a small probe to research a world. That is hard to understand. 

The accelerator simply accelerates the probe to a speed that is as close to the speed of light as possible. Then that system aims air or water to that probe's trajectory. That causes an effect where an object crosses the speed of light in a very short moment. When it crosses the border of medium and vacuum. 

https://www.newsweek.com/wormhole-travel-possible-shortcut-1407035

https://scitechdaily.com/groundbreaking-new-dark-matter-map-validates-einsteins-theory-of-general-relativity/

https://miraclesofthequantumworld.blogspot.com/2023/04/could-gravitation-be-effect-that-forms.html

https://en.wikipedia.org/wiki/General_relativity

Could gravitation be an effect that forms when a gravitational system pulls the Higgs field through the gravitational system?

Does gravitation affect the particle itself or it's the environment? If gravitation is the effect where a hypothetical Higgs field travels in the gravitational system that explains why there is no polarity in the gravitation. In that model Higgs field is like water. And gravitational systems are like rolls that pull the Higgs field in the system. That thing explains why gravitation is so special. And that explains the curvature of the universe near the gravitational center. 

If the gravitation effect is that the gravitational system pulls the Higgs field inside the system that also explains why particles are turning smaller near black holes and other gravitational centers. The black hole pulls Higgs field to the object. And that also explains time dilation in the gravitational field. The gravitation just pulls Higgs field against objects and slows and finally denies their vaporization. The vaporization means that the particle turns to wave movement. 

The reason why gravitation seems to be neutral is that its source is in so small-size particles or objects that it can touch the superstrings of the quarks. Or it can affect only the environment of the atoms and other particles. If the Higgs field exists. That thing could explain why gravitation has no polarity. The idea is that gravitation is the effect where the gravitation system pulls a hypothetical Higgs field in the system. 

In that model, the Higgs field is like the river that pulls particles into the gravitational system. But if we want to prove that thing we must prove the existence of the Higgs field. 

The "Mexican hat-shaped" potential of the Higgs field is responsible for some particles gaining mass (Wikipedia/Higgs boson).

The Higgs field is a scalar field, and I use that term for the universe scalar field that is everywhere in the universe. In theories, there is a scalar field that separates the universe from the space around it. 

If we think that the Schwinger effect forms material. When two electromagnetic fields are rubbing each other. And form quantum whirls that act like particles. If those electromagnetic fields are strong enough. That thing makes those whirls stable gluons or quarks. Magnetic fields are forming of superstrings. And if those superstrings are turning tight enough. That thing can form a stable material. 

But let's talk about the similarity between electromagnetism and gravitation. We can think that electromagnetic fields are like rolls that are rolling other electromagnetic fields in the middle of them. There is the connector, the standing wave that conducts the energy out from the poles of that structure. So those electromagnetic rolls act like rolls that pull canvas or water through them. 

So we can turn this model to gravitation. There is the structure. That makes rolls that pull some kind of power field like Higgs field into the middle of the gravitational system. There standing wave conducts energy out from the system's poles. So those quantum rolls pull the Higgs field in the system, and that still hypothetical "base field" transfers particles in the system like water. 

That explains the gravitational radiation that black holes are sometimes sending. Those gravitational waves are packed around the standing gravitational wave. And sooner or later. Those waves are coming out from that massive object. That the gravitational wave can break the massive gravitational field requires more energy. 

https://simple.wikipedia.org/wiki/Higgs_field

https://en.wikipedia.org/wiki/Higgs_mechanism

Three hypothetical and futuristic engines that can make interstellar travel possible.

What if the spacecraft can bring energy from the fourth dimension? 

Things like antimatter engines are interesting. But there are even more exotic engines that can make interstellar flight possible. So this is not writing about antimatter engines, warp bubbles, and photon rockets. This is writing about something more exotic. 

If a particle or object crosses the speed of light it will start to travel backwards in time. When an object reaches the speed of light aging ends. And time stops. When the object crosses the speed of light that thing turns time travel backward. 

One of the paradoxes in interstellar travel is that the particle that's speed rises higher than the speed of light is that the particle jumps to so high energy level that its interaction between three-dimensional particles ends. 

The aging of particles is normally connected with the speed of light. And that is the top energy level that a particle can reach in a 3D universe. So if a particle crosses the speed of light that happens only in the black hole's event horizon its existence in our universe ends. 

So the energy level of that particle rises higher than the top energy level in the universe. And the thing that causes the existence of that particle continues after all other particles are turned to wave movement. 

When we think about dimensions, the energy floor of the fourth dimension is the top energy level in the third dimension. When the universe ends its life that thing forms a cosmic vacuum. And then, the material in the fourth dimension will lose its energy floor. When the energy floor of the fourth dimension does not exist anymore that causes the energy level of the fourth dimension starts to decrease. 

The fourth dimension is energy level where particles lose their ability to interact with regular material. In some theories, the fourth dimension is everywhere. But the material of that dimension is so "small". Or it has some other form that denies the regular interaction between the 3D particles and the fourth dimension. There is a possibility that some quantum-size black holes can bring tachyons to a 3D universe where they can turn to photons immediately. And that hypothetical particle could be the source of dark energy. 

The theory of tachyons or "faster than light particles" is that tachyons cannot decrease their energy level to the three-dimensional universe's level. The hypothetical tachyons will get more energy from the energy floor of the fourth dimension. 

The energy roof of the third dimension is the energy floor of the fourth dimension. And forming interaction between three-dimensional materials the tachyon must release enough energy. But the problem is that it gets more energy from the energy floor. But if 3D material's existence ends that thing will remove the floor of the fourth dimension. 

The tachyon engine. 

The Tachyon engine bases the idea that the system can produce tachyons itself. Or collect those hypothetical particles and then conduct them through the craft. The system can shoot electrons to the water layer that the system anchored to its place by using an ultra-powerful magnetic field. Then that system shoots electrons at a very high speed into the water. And that thing sends Cherenkov radiation. The Cherenkov forms when a particle impact the border layer between two materials where the speed of light is different. 

That particle must release its energy to the medium. That it can reach the cosmic speed limit. And there is a small possibility. That there is a hypothetical tachyon particle in that water membrane. In some other versions, the system uses "black photons" or photons that are turned to quantum-size black holes to fish the hypothetical tachyons and conduct them to photons. That is in normal energy level. 

There is also the possibility that the spacecraft will accelerate to a speed that is as close to the speed of light as possible. Then the system creates the superpositioned and entangled electron pair. When another part of that particle pair will send forward it should transfer that particle to the fourth dimension. And then the system can transport energy outside the visible universe. 

The antigravitation. 

You can see the principle of the antigravitation engine. The engine just creates potholes in the gravitational field. And, then the system creates the field that covers the pothole. That field can act as a membrane that pulls gravitational energy to craft. 

The system creates a pothole in the gravitational field. Then it shoots an energy ray in that pothole that conducts energy to the shell of the craft. 

When we think of antigravitation as an interaction between craft and gravitational field we might think that there are two ways to make that kind of interaction. The idea in both versions of that kind of system is the engine pushes gravitational or some other energy field thicker. So the system uses wave movement that caves in the electromagnetic or gravitational field. That thing turns the field more powerful. When the system sends wave movement to that power field it causes reflection.  And then the system drives electrons or some other particles like photons in that field. The system can use:

1) Gravitation 

2) Some other (electromagnetic- or power-field) field. 

The idea is that the craft pushes the power field flat or higher dense form. Then that system sends wave movement to that thicker or stronger point in the power field. That thing causes reflection that pushes the craft up or forward. So the antigravitation is the reflection from the power field. The antigravitation engine's shape would be similar to the gravitational sensor. The laser rays that detect the gravitational waves just turn to send those gravitational waves. 

The idea is that the system just takes the oscillation frequency from the gravitational waves. And then, the system starts to oscillate those laser rays with the same frequency. The idea is that the system turns to send gravitational waves. That thing can use to levitate the craft if those waves are strong enough. Or they can push particles away from the spacecraft's shell that will make the WARP bubble around it. 

The time-reverse engine or Higgs engine is also known as the infinity engine. 

In some visions, the quantum entanglement through time and space can make the rocket move. The system uses quantum entanglement that another edge is in the past and the other is in the rocket engine. That system can bring energy from the Big Bang to the spacecraft. So the system makes the white hole in the rocket chamber. And then, it will send the energy impulses to the chamber. 

There is a possibility that the system forms Higgs bosons in the rocket chamber. Then it creates the time dilation by pressing those Higgs bosons with an energy field. Then the system releases the energy that is stored in those Higgs bosons. 

In some other models, the system uses a quantum time machine. If the system can bring particles from the past to the future they would send energy impulses like annihilation engines. 

The idea in this kind of system is that dilates or stops time inside the particles. When that system inputs energy to the particles or highly radioactive isotopes they will not turn old. The reason for that is simple. Those particles will not send radiation if the system pumps energy into them. 

When the system will not continue the energy pumping in those particles they send power impulse that sends energy out from them. The time that time dilation continues rises the difference in energy level between particles and their environment. And then the system releases energy that is stored in the system.

https://science.howstuffworks.com/innovation/science-questions/antigravity.htm

http://www.projectrho.com/public_html/rocket/antigravity.php

https://www.space.com/tachyons-facts-about-particles

https://en.wikipedia.org/wiki/Anti-gravity

https://en.wikipedia.org/wiki/Dark_photon

https://en.wikipedia.org/wiki/Graviton

https://en.wikipedia.org/wiki/Higgs_boson

https://en.wikipedia.org/wiki/Tachyon

Mystery of Higgs boson.

Where did Higgs Bosons come from? 

In some models, the Higgs boson is the particle that forms when the photon turns to some other particle. Nobody has ever seen that case happen. So that transformation is only a hypothesis. 

But in that case hypothesis about photon transformation goes like this: 

1) Photon. 

2) Neutrino 

3) Higgs boson 

etc.

Above are three top particles of that chain from photon to an electron that is a stable lepton. In that model, the weak interaction of the photon and neutrino and their environment is that. The photon and neutrino are so high-energy particles that they tunnel through the quantum fields. 

Or the photon's size would be precise right that energy that impacts that particle will replace the energy that travels out from it. So that thing can keep the photon's energy level the same as its environment. But because something must separate information from its environment. 

That information (in this case: photon) can be separated from its environment. And there are two ways to separate information from the environment. The better-known version is the energy level. And another is the wavelength. A particle is an area that is separated from its environment. The thing that can separate it is the wavelength or energy level. So in this model, the photon is a particle that could have a different wavelength than its environment. 

Where does the Higgs boson, the shortest living particle, come from?

Where does the Higgs boson, the shortest living particle, come from? The Higgs boson's energy level is the highest of known particles. The problem is where that particle came from. It's a very difficult process to make observations of Higgs bosons. Because when that particle releases its energy. It turns into another particle. There are two possible sources for Higgs bosons. 

1) Higgs boson could be an electron that has an extremely high energy level. And the expansion of that particle turns it into an electron through multiple stages where that particle takes a new form. In that model. The Higgs boson transforms into an electron through multiple bosons. And that thing means that the Higgs boson scales it through the elementary particle table. 

2) Higgs boson forms in the whirling quantum field after the high-energy electron-positron collision. In that model, the Higgs boson is the whirl that forms when high-energy quantum fields cross each other. In that theory or model, the impacting quantum fields make whirls where the Schwinger-effect forms particle-antiparticle pairs. 

Those short-living particles would exist in the quark-gluon plasma. Or more accurately saying, there is a possibility that those particles remained in gluon plasma before quarks started forming. Or maybe, some kinds of particles existed before gluons that transport the strong nuclear force. 

In modern theories, gluons are the first particles formed just after the Big Bang. Quarks formed after gluons. But Higgs boson causes re-estimation of that model, and maybe there were some particles before gluons. Gluon is the boson, and quark is Fermion. And that means there must be something between those particles. Or gluon must have the ability to turn a fermion called quark. 

That exists just after the most high-energy collisions. There is a possibility that some particles could exist in quark-gluon plasma. That thing requires a higher energy level than quark-gluon plasma that exists only in LHC (Large Hadron Collider). And before that, the quark-gluon plasma existed just after the Big Bang. 

https://scitechdaily.com/the-higgs-boson-mystery-when-nature-defies-expectations/

https://en.wikipedia.org/wiki/Standard_Model

The Hawking paradox: how Hawking-radiation cannot interact.

Why, Hawking radiation can escape from the black holes? 

All objects in the universe carry information. The information is the object itself. One of the objects is wave movement itself. And the existence of an object requires that it involves information. The Hawking paradox is that the Black Hole sends radiation that would not carry information. 

Or otherways saying, Hawking radiation might have so a high energy level that it denies interaction between other radiation types. In that model Hawking radiation form is a very small photons that we can call "Hawking photons". Those photons could push all other quantum fields. Including gravitational waves away from them. 

The paradox is that the radiation itself is information. There is nothing that will not contain information. Because if something doesn't carry information or a form of information does not exist. And if Hawking radiation doesn't involve information. That means it doesn't exist. 

So, what if Hawking radiation is non-thermic radiation? The fact is that the thermal effect forms when a particle or superstring of the wave movement strikes the other object. The thermal effect that we see is the result of energy-type chancing. 

The information is one form of energy and when energy impacts to object that thing turns kinetic energy into thermal energy. Let me explain the last sentence. The energy is a movement that is forming of particles called photons. Photons have particle and wave movement. The wave movement form of the photon is like a small flat spaghetti that travels through the universe. 

An interesting thing about the energy is when the particle travels through space The reason why low-energy photon transfers more energy to an object than high-energy photon is that the high-energy photon is wave movement or otherways saying the photon is flat. High-energy photon pushes quantum fields away from their route. And that means it transfers less energy to the object than a low-energy photon. 

Low energy photon is like a ball that interacts with other quantum fields stronger than a high-energy photon. The impact area of low-energy photons is larger than low-energy photons. And during that impact kinetic energy stored in photon releases in larger areas. Photon gets that energy when it travels through the quantum fields in the universe. 

And that causes an idea that Hawking radiation is so high energy photon or wave movement that it pushes all energy and gravitational waves away from it. That means there is no touch with Hawking radiation and other quantum fields. That explains why Hawking radiation can escape from the black hole. 

So maybe the form of Hawking radiation is just different than other radiation. Maybe, Hawking radiation forms from stretched and pike-form photons. When the black hole's energy fields impact those photons. That fell through the event horizon. They starting to act like the antenna. There is a possibility. That there is a small moment when part of the photon is inside the event horizon. And another part of it is outside the event horizon. 

There is a possibility that Hawking radiation is some kind of sub-photonic maser-emission. When a photon falls through the event horizon. It turns to pike-looking. The radiation that hits this particle makes it act like an antenna that sends radiation. If the source of Hawking radiation is the photons that send it. That means the wavelength of that radiation is very short. 

And that radiation explains why objects turn smaller before they impact the black hole. The reason for that is Hawking radiation or "Hawking photons" which blows quantum fields away from the particles. The Hawking radiation acts like the wind. That comes out from the black hole. When it impacts material, it takes part of its energy out from it. 

Another version of the source of Hawking radiation is the superpositioned and entangled particle pair. If things like photons are making superposition and quantum entanglement they can transport energy out from the black hole. 

At that point where the photon is between two worlds, the photon starts to conduct energy out from the black hole. In the place of a photon could be an electron or superstring. There is a possibility that the pike-form particles can send radiation, also from inside the event horizon. The idea of Hawking radiation is that it's radiation. That comes out from black holes. That radiation causes the vaporization of the black holes. 

The reason why black hole doesn't follow the models that computers made is that. They are so dense and extreme objects. Hawking radiation is radiation with a unique wavelength. But the Hawking radiation will not stop its journey at the edge of the black hole. And that means the universe is full of Hawking radiation that interacts like all other radiation. There are maser emissions in that radiation and that increases its power. That thing means that there are standing Hawking radiation waves in the universe. 

https://www.sciencedirect.com/science/article/pii/S0370269323001545

https://en.wikipedia.org/wiki/Hawking_radiation

Hybrid computing will be the tool that is useful before full-scale quantum computing turns true.

Hybrid computing, where binary and quantum computers carry information one after one is an effective tool. The system uses binary computers to preprocess data that will be driven to the system. Then the quantum computers continue after those binary computers. When quantum entanglement reaches the energy stability that breaks the qubit system can transfer data back to the binary system. Then the binary system continues with that mission until the system can adjust the quantum entanglement again. 

When binary and quantum systems alternate with the mission. That thing makes the system more effective than regular binary systems. The problem with quantum computers is that the superposition and quantum entanglement don't last very long. 

When both sides of the quantum entanglement reach the same energy level wave movement pushes those particles away from each other. That thing will push those particles away from each other. Then the system must re-adjust the quantum entanglement. 

One of the solutions for making quantum entanglement exists longer time.   Is to create as long quantum entanglement as possible. This makes the system easier to adjust energy levels on both sides of that entanglement. When energy will input to the other side of the quantum entanglement the scattering radiation inaccurately affects both sides of the quantum superposition and entanglement. That decreases its existence time. 

If the system can input energy only to another side of the quantum entanglement. And then conduct energy out from the receiving side that increases the operational time of the quantum computer. If the quantum entanglement is long enough. The system can inject receiving side by using Bose-Einstein condensate. That helps to make energy and information travel to the other side of the quantum entanglement longer time. 

The system also can use the method where the system starts to re-adjust the qubit and quantum superposition before energy levels can reach the same level. Because the oscillation in that system remains at the base level re-adjusting the system takes a shorter time. That will increase the power of that system.

https://scitechdaily.com/quantum-leap-unlocking-the-secrets-of-complex-molecules-with-hybrid-computing/