New physics claim that. There are three dimensions in time and one space dimension.

"The researchers hope that their findings will contribute to a better understanding of the phenomenon of spontaneous symmetry breaking associated with the mass of the Higgs particle and other particles in the Standard Model, particularly in the early universe." (ScitechDaily.com/A Revolutionary New Physics Hypothesis: Three Time Dimensions, One Space Dimension)

Theoretical physicists are always discussing one thing. Is time itself a dimension? In this theory, material hovers in a dimension called time. And gravitation is the thing that transmits information between time and material. So in this model, time is wave movement that takes energy from the superstrings that form material. If time is wave movement that takes part of energy with it. This explains aging. 

The new model is coming from the idea that there are four dimensions. In its original form, there were three dimensions in space and one in time. But then the model is replaced with a new model there is one dimension in space. And three in time. Those time dimensions are the past, this moment, and the future. 

This means the past remains. And the future remains from the point that it formed. 

In this model, time is connected with space, not material. And if time is connected with space that makes time travel possible. The idea is that there is only one spatial dimension in space, and three dimensions in time. That means the material is handled only by one dimension because we can interact only with a certain type of material. Or material that has a certain energy level can interact with us. 

And superluminal particles...

The superluminal (or faster-than-light) particles are like balls in a plastic bubble. The WARP field surrounds them. And they act like the ball that is in a plastic bubble. And that makes it possible. That they can travel faster than light travel around that WARP bubble. The WARP bubble itself involves an electromagnetic vacuum, where particles can travel faster than outside them.

So extremely high-energy particles are just hovering above that layer. Because they deliver energy so fast they form a WARP bubble around them. This is the reason why some particles can move faster than light. When a particle moves ahead the WARP bubble around it slows.

 In that WARP bubble, the particle moves ahead. And that means the particle in the WARP bubble acts like the ball in the plastic bubble. When the bubble moves ahead, The ball in that bubble moves to the back wall of the bubble. 

When the bubble decreases its speed, the ball in that bubble will continue its journey at the same speed as previously. So slowing the quantum bubble causes a situation the particle inside it will continue its journey in the same direction with the same speed as before the WARP bubble started to slow. 

https://scitechdaily.com/a-revolutionary-new-physics-hypothesis-three-time-dimensions-one-space-dimension/

https://shorttextsofoldscholars.blogspot.com/

A white hole is the opposite of a black hole.

What makes a white hole white?

When black holes pull, white holes push. What makes a white hole white? The white color is formed when a material with an extremely high energy level comes out from the wormhole. When the material comes out from that energy tunnel. It releases its energy immediately to spacetime. So the white color of the white hole is the shockwave of energy impulse that is coming out from material that comes from the wormhole. 

The reason why we cannot see material that travels in a wormhole is simply that its energy level is too high. And that thing causes the material vanishes. So what happens when the particle is jumping to the fourth dimension? When the energy level of the particle is high enough its shape transforms and it disappears. 

What drops particles away from the fourth dimension?

When the energy level of the particle decreases. It falls back to the third dimension. And in that process material (or particles and wave movement or information) releases its extra energy. The reason why it is so hard to jump to the fourth dimension is simple. Normally particle or wave movement cannot reach the necessary energy level. 

As I wrote before, the dimension is like a room. The roof is the highest possible energy level of the particle. If the particle should jump to a higher dimension it should go through that roof. But the problem is that energy is like the pillar under the particle. It can reach the roof quite easily. But for traveling through the roof. It needs extra energy from the upper room. 

The jump to the fourth dimension happens through quantum entanglement. The quantum entanglement forms between the particle with the lowest energy level in the fourth dimension and the particle that is the highest possible energy level in the third dimension. That means if the energy level of the particle is changing it jumps out from the third dimension or drops out from the fourth dimension. 

When the particle in the fourth dimension pumps energy to the particle in the lower dimension. It reaches the energy level. That is high enough to jump out from the third dimension. The idea is that the particle in the fourth dimension pumps energy to lower energy particles. But it loses its energy in that process. 

But the problem is that the particle that is in the highest energy level in the third dimension takes contact with the particle in the lowest energy level in the fourth dimension. And if that quantum entanglement forms between particles where another part is in the too low energy level it pulls another particle out from the fourth dimension. 

The particle can reach the highest possible energy level by using energy that comes from the third dimension. But the thing is that the highest possible energy level means that the particle reaches energy stability. That means the energy would not travel from space to particle. 

And then the thing is that particle requires some other particle from the upper room or higher dimension to transmit energy to the lower dimension. The energy flow in superpositioned and entangled particles travels from higher energy levels to lower energy levels. That thing means that the energy flow continues until those two particles have the same energy level. 

So in that model, the particle that is in the fourth dimension rises or pulls the other particle from the third dimension to the higher dimension. But why the particle can drop from the fourth dimension? The reason for that is also simple. If the energy level of the particle in the third dimension is too low it would decrease the energy level of the particle so much that it falls from the fourth dimension. 

Could dark matter be the particles that are in the fourth dimension? 

When we think that the dimension is a certain energy level the particles that are traveling in a wormhole are just invisible. They are existing. But they cannot interact with other particles. The wormhole should go to the point where the radiation pike of the black hole travels. 

If that material that travels in that radiation channel sends radiation. There is the possibility that the radiation of that radiation channel covers the radiation that the material inside that energy channel sends. So is a dark matter the matter that travels in a wormhole? 

And the question is why is that material that is at too high an energy level that it cannot interact with regular material or third-dimensional material? The answer to that question can be in the spin of the particles. If the particle is smooth it cannot send the wave movement. Or it sends the straight wave movement. 

Could the energy that travels out from the particle that is in hyper-high energy level just push other particles away? That thing denies the interaction with other particles. 

The thing that causes the effect that makes particles possible to observe is wave movement the energy level changes. If some particle is smooth there are no errors in the wave movement that comes outside it. The thing is that the hair or pikes of the particle are the things that make the particle visible. When that pike will push the outer quantum field it sends the wave movement. 

If the particle is hairy it causes the "thunder". That thunder is the wave movement. The fourth dimension could mean that the rotation speed of the particle is so high that it would pull those hairs to its surface. Another thing is that the radiation or wave movement that particle sends turns so high that it pushes other quantum fields away. Those pikes or hair of the particle act like small antennas. They are driving energy out of the particle. Then that particle just pushes other particles away from it. 

What makes neutrinos so interesting?

Neutrino is a so-called ghost particle. There is only a small interaction between neutrino and other particles and that's why neutrino can travel through the planets. In the nucleus of stars, particle-wave duality forms the neutrinos. And that thing makes them very interesting. If some researchers can create synthetic neutrinos and make them interact. 

The thing that makes the neutrinos interesting is that they are forming at an extremely high energy level. Sometimes is introduced that some neutrinos were tachyons that are fallen from their energy level. So when we are thinking that the fourth dimension is the certain energy level or the point of energy levels where the particle is disappearing. 

That thing means, that the nuclei of the stars are closer to the fourth dimension than other places in the universe. So there might be particles that are not existing in the other places in the universe. The reason for this theory is that hot stars are forming more neutrinos than cold stars. 

So neutrinos are forming between particles that are connected in nuclear fusion. The flashing quantum fields are forming those ghost particles. And in that place of billions of degrees celsius, the energy load keeps those particles stable. In hot stars, those flashes happen more often than in cold stars. 

That allows us to use them in quantum computers and quantum sensors. The thing that makes neutrino tunnel itself through the planets is one of the biggest things in the world. Sometimes is introduced that the neutrino has so strong quantum field or some kind of bipolar quantum field that pushes the atoms or their quantum fields away from its path. 

Could neutrino be the missing particle between photon and Higgs boson? The idea is that when the hypothetical tachyon falls from the fourth dimension to the third dimension it transforms into a photon. And then to Higgs boson or neutrino. We cannot see the tachyon itself. But we can see the photon. 

So if the chain of the energy loose reaction of a tachyon is like this: 

Tachyon>>Doppler field>>Photon>>?>>Higgs boson>>?. In the point of the question mark is the neutrino. The question is what would be the position of neutrino in this series? 

Ions can theoretically make the same thing. But then the opposite polar field will impact and slows them. Ions are acting a little bit like the neutrino. They can also tunnel themselves through the material. And when they will stop those things remove their energy from the material. If somebody can make the same thing to neutrino that will open a new page in the field of electromagnetic power systems, quantum computing, and weapon research. 

If we want to weaponize neutrinos, that thing requires that the system creates synthetic neutrinos. And then it must shoot them to target. A neutrino can travel through the strongest bunkers and if the system can stop them in the right place neutrinos send their energy as the wave movement. 

Synthetic neutrinos are heavier than photons. If the rocket engine can use neutrinos as the propellant they can give more punch than photons. So neutrino rocket can be one of the interstellar rocket concepts that can send to other solar systems in the distant future. 

The neutrino is hoped also to give answers for existing of the hypothetical particles like tachyon and graviton. The existence of a tachyon is impossible to see because its energy level is too high that it can interact. So tachyons are in the fourth dimension. But sometimes that hypothetical tachyon loses its energy and falls to the third dimension. During that process, it transforms into the photon and then to the Higgs boson or neutrino. 

https://www.cnet.com/science/space/features/what-is-a-neutrino-the-missing-key-to-modern-physics-could-be-a-ghost-particle/

See also:

Fourth dimension

Graviton

Higgs boson

Neutrino

Tachyon

Can the brane theory explain the Big Bang?

 

 

The image that I just put in the last text is introducing the hypothetical point of the Big Bang. Can that mysterious explosion be formed when two branes are touching each other? That means that the Big Bang was the giant electric arc. 

The biggest question in the Big Bang theory is where the material or energy formed? The wave movement can turn to the particle. But where did that wave movement come from? Was there some kind of white hole that brought the wave movement to the third dimension? 

To turn wave movement into a particle is possible. But it requires that the lines of wave movements are crossing. And that requires that there are two sources for wave movement. 

And that thing could cause the wave movement to turn to material in the form that we know it. There is the possibility that the extremely high-energy explosion can push the quantum fields away from each other. And that thing causes the zero-energy conditions at that point. 

When we are thinking of the dimensions as the energy levels. That causes the possibility. That material would travel from the fourth and the second dimension to that bubble where those materials impact. 

The impact between those different material states would be extremely rough. And that caused the wave movement started to flow to the third dimension. This thing caused this wave movement impact with straight superstrings and caused the formation of the material. 

The idea is that we are living in the third dimension. In the second dimension, the material is "flat". It has length and width. In the third dimension, the material has also depth. And the fourth dimension means that the material has a form that cannot model to the third dimension. 

Dark matter would be a material that has a different energy state than visible material. That means dark matter would be closer to the fourth and the second dimensions. The idea is that the particles would not suddenly transform to the four- or two-dimensional. The material would slide to another dimension. If we think like this: another dimension is the state of energy that we cannot observe. 

In that model, the fourth dimension is in a higher energy level than the third dimension. And the second dimension is the lower energy state than the third dimension.

When the material stabilized in a certain dimension. It starts to release its energy. And then it falls through dimensions. The material releases its energy. Until it reaches the same energy level as its environment has. When the energy level of the material is higher energy flows to the environment. And things like the expansion of the universe mean that the energy level of the environment is decreasing. 

In the same way, we cannot model 3D structures in two-dimensional layers. In the same way, the fourth dimension is impossible to model in a 3D universe. 

The brane theory explains the material and its relationship with the fourth dimension. That material is not suddenly turned four-dimensional. The material would slide to the fourth dimension. The interaction between the particle that is locked in the third dimension and the particle that is sliding to the fourth dimension just turns weaker and weaker. The thing that causes sliding to another dimension is the energy load or energy release. 

When the distance of the energy level or the state of those two particles is turning higher. That causes the other particle is sliding to the fourth dimension. And sooner or later that particle slides out from the sight. That means the state of dark matter would be the state of the material that is far away from the visible material. 

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

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

https://en.wikipedia.org/wiki/Four-dimensional_space

https://thoughtsaboutsuperpositions.blogspot.com/

Brane theory and dimensions.

Image 1) Brane model.

There is a model of the brane theory above this text. The point of the Big Bang is marked in the image. There is one question about the Big Bang. That causes some ideas in cosmology. One of the questions is can the Big Bang effect also backward in time. If that thing is possible. That means that there is the possibility that the Big Bang affected the universe that existed could exist before our universe.

If the "Phoenix universe" theory is real. And the universe exists between Big Bangs that thing gives a comfortable explanation for the origin of the material. The idea of the "Phoenix universe" theory is that universe is closed or spherical. In that case, the universe ends its life in "Big Crunch. And then the black hole that forms in Big Crunch is in space where is nothing. That thing causes that black hole detonates. And that thing is the new Big Bang. But during that process, the universe loses energy. That means the new universe in that series is not similar to the past universe.

The Brane model

The Brane theory is one of the most exciting theories in the world. The idea of that there is a limitless number of branes in the dimension. The brane theory describes the universe that there is the main brane and a very large number of sub-branes. The main "brane" is the dimension or the limit of the area that the observer can see. The idea is that dimensions are like a house. The upper dimension is the floor above the room. So we are living in the third dimension.

The idea in the dimensions is that is the energy level of the material. So if we think that the dimension is like an imaginary- or complex state of the material. When the energy level of the material will increase high enough that causes that material turns invisible. But the problem with dimensions is that we don't know is it connected to the material. Or does it also affect space? So the idea is that the higher dimension means that the material is at a higher energy state.

The main idea of the brane theory is that the branes are not fixed. The observer stands in the middle of the main brane. The main brane is the limit of what the observer sees. When the energy level of another object is increasing it will travel to a longer distance from the observer. And that means the higher energy level of another object makes it harder to interact with another object.

If we think that higher dimension. Is some kind of space. That is at a higher energy level. We should answer to question, what in that space is in a higher energy level? Could the wave movement in the higher energy level in another or higher dimensions? We are living in the third dimension. And if we want to travel to another star we must do that thing through the fourth or fifth dimension. The wormhole could be the channel through the upper dimensions.

So when we think that the upper dimension is the higher energy space we can use complex- or imaginary numbers to demonstrate the higher dimensions.

But when we are thinking that. The dimensions are like a house where its floors are each dimension. But then we can think that there are also the side dimensions. Those hypothetical side dimensions are like rooms on the floor that symbolizes the dimension.

In that model, the upper dimension is the thing that we cannot observe. But the rooms in the dimension are parallel dimensions. The idea of that theory is that there are also invisible states in parallel energy levels. Dark matter is a good example of a material that affects another type of matter at a parallel level.

The brane theory explains dark matter as the material that is in a different brane than we are. That thing means that the interaction between material and dark matter is purely gravitational. When energy levels or state of material turns more different than other material the interaction between those materials is turning weaker. And the final interaction between those materials is gravitational.

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

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

https://en.wikipedia.org/wiki/Four-dimensional_space

Image 1) https://verse-and-dimensions.fandom.com/wiki/Brane?file=Branes.jpg

https://thoughtsaboutsuperpositions.blogspot.com/

The thoughts about dimensions

http://kimmontaidearvioita.blogspot.com/p/the-thoughts-about-dimensions.html

Kimmo Huosionmaa

The fourth dimension is the little bit difficult to explain to people because we cannot see it. We cannot imagine the fourth dimension, because nobody ever has visited there. When we are thinking about modeling that thing, we cannot make it in here. The reason for that is same as the modeling three dimension pictures in two dimension layer, and that's why every time when we want to make 3D pictures, we need hologram system, or we must make midget model for that object.


We know that the fourth dimension exists, and we can see the shadow of that space. When we are thinking about the shape of the fourth dimension, we might think that there would be intelligent species, what might be similar as we are. But this is only speculation. In some theories, the God is the thing, what lives in the fourth dimension. But this is only speculation. When we are thinking about the species, what lives in the fourth dimension, and think that species is similar as we are, we might face the situation, that the shape of that species is different than we have.


In the worst situation, we might destroy entire our universe, if we would try to open the wormhole to the fourth dimension. If that alien is made of antimatter, the explosion would destroy the even entire galaxy. There are rumors that those aliens have been visited in our universe, but that is only speculation. If those aliens, what are living in the fourth dimension would exist, the communication with them would be extremely difficult. The shape of the fourth dimension is like the room, what is separated from other space. We would see the wall of that room, but we can not get in there.


And some physics believe that the speed of light is the wall. Getting in the fourth dimension we must travel the speed, what would be breaking the speed of light. And the easiest way is to drive spaceship straight into the black hole. Or the spaceship itself would be turned to the black hole by pumping there the massive number of electrons. The mass of that spaceship would be rise high enough, that it slips in the fourth dimension, hat would take centuries by using nowadays technology, and that's why this trip would not be realistic in the near future.


Another way to break this cosmic speed limit is to build the huge spaceship, what travels the 99% speed of light. And then the massive gauss gun, or particle accelerator, what is connected to that spaceship would shoot the module by 50% of the speed of light. That would allow breaking the cosmic speed limit. But this is only speculation, and that kind of trip would be possible in the distant future.


 The last thing, what could be possible even with our own technology is to make small size transmitter by using nanotechnology and then accelerate that thing to the speed of light in the Hadron-type accelerator. Then we could send the message to the fourth dimension. In this case, that miniaturized transmitter, what travels inside the accelerator would act as the relay for those transmissions, what would first send to that probe, and then it would send the message to the fourth dimension.


But this would be extremely dangerous because if something goes wrong and the pea size device would impact the wall of the accelerator in the speed of light, would it cause the huge explosion, and destruction in large areas. And in the worst case entire Earth would be destroyed, if the electricity of control magnets would be cut. But this is only speculation, and in real life, we don't know are those aliens real and are those aliens kind or even interested of us. But this is a good way to spend time.