Can black holes be gravitational versions of photonic time crystals?

 

"This still from the simulation shows a supermassive black hole, or quasar, surrounded by a swirling disk of material called an accretion disk. Credit: Caltech/Phil Hopkins group" (ScitechDaily, Caltech Astrophysicists Flip Black Hole Theories With Stunning New Simulations)

We can say that black holes' oscillation makes them raise the gravitational fields or gravitational waves' energy exponentially. Just like photonic time crystals raise electromagnetic radiation's energy level. 

Why are black holes black? One reason for that is the gravity field that doesn't let even light away from the black hole. The other thing is the photon whirls around the event horizon. Those high-energy photons send energy mostly into the black hole. 

There. They could accelerate at such a high speed that they could escape from that monster. That theorem base is on the idea. The laser light can push light away from its route and form a shadow. That means photons around a black hole act like laser rays that close the route of light. 

And those things deny the light from getting out even in the positions of the event horizon. Gravitation is wave movement. Just like electromagnetic waves. That means the crossing gravitational field, or gravitational waves can close the route of gravitational waves that cross their way. And that cuts the gravitational waves route. Just like crossing laser ray cuts the visible light's route. 

That means there could be a so-called gravitational tornado and the extremely thin channel that gravitational waves or fields cannot fill. The gravitational waves should make a similar shadow between the observer and the gravitational center as the laser makes between a light object and the observer. 

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Black holes are like the gravitational version of photonic time crystals. 

The black hole interacts in a similar way as photonic time crystals. The oscillations of photonic time crystals can raise the power of visible light waves exponentially. In the same way, black hole oscillation increases gravitational waves and the gravitational field's power. 

The difference is that photonic time crystals raise the visible light waves and other electromagnetic radiation power. The black hole raises the gravitational wave power. The wavelength is the thing. That differs the electromagnetic waves from gravitational waves. 

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"Researchers showed that a laser beam can sometimes act like a solid object and cast a shadow that is visible to the naked eye. In the picture, the shadow appears as the horizontal line traversing the blue background. Credit: R. A. Abrahao, H. P. N. Morin, J. T. R. Pagé, A. Safari, R. W. Boyd, J. S. Lundeen" (ScitechDaily, Lasers That Cast Shadows? Physics Takes a Surprising Turn)

The question is where the black hole sends that energy. Theoretically, the black hole should get so much energy that it simply blows away. But there is something where that energy goes. 

All information that we have about the internal structures of the event horizon, the point where escaping velocity reaches the speed of light is hypothetical.

The weakness in the model of singularity is this. The singularity is where all particles and quantum fields form the structure, where those things are one entirety. That means the singularity should be smooth. If the object is totally smooth, that thing means that the interaction between the quantum fields is not visible. 

The roughness in the surface of the particle is the thing. That causes the wave that we see. If there is not a single roughness. That means there is a point that can push the wave to the quantum field. That means there must be some kind of structure in the particle. That we can see it. In models, singularity looks like a yarn ball where the superstrings are intertwined around each other. 

In some models, the center of those supermassive objects sends wave movement through their structures. That means that if there is some kind of structure like a particle or superstring radiation creates the shadow in those points. The high-power energy rays travel out from the structure. The shadow at the point of the superstring pulls radiation to the object. 

Then if all radiation flees from the point of the spin axle that thing pulls fields into it. That means that the spin stores energy into the singularity. Then if that energy flees from one point. The outcoming energy tries to fill that area and takes particles with it. Another possibility is that the energy level in the black hole rises so high that it loses the ability to interact with the 3D universe. And that means it jumps to the fourth dimension. 

"“This work could lead to the first experimental realization of photonic time crystals, propelling them into practical applications and potentially transforming industries,” says Professor Viktar Asadchy from Aalto University, Finland. Credit: Xuchen Wang / Aalto University" (ScitechDaily, Scientists Create Photonic Time Crystals That Amplify Light Exponentially).  In the same way as photonic time crystals raise the power of the light. The black holes can increase the power of gravity. 

We can think that black holes are like photonic time crystals. Photonic time crystals raise the light's energy exponentially. The same effect makes black holes raise the gravitational field's power exponentially. 

When we think about the black hole's event horizon we can see that this thing oscillates. That means the black hole acts a little bit like time crystals. The energy, or wave movement, that is trapped in the event horizon gets energy from that oscillation. 

So. The black hole pumps energy into wave movement inside its event horizon just like the time crystal pumps energy into wave movement that is in the photonic time crystal. Same way as photonic time crystals can increase the power of light or light waves exponentially the black hole can raise the power of gravity waves exponentially. 

The new stunning simulations and observations about the light and its behavior tell about the black holes. If we think that gravity is the kinetic energy that the gravitational center collects from its environment and then aims at the middle of the object, we can think. This kind of thing can be the reason for gravitation's unique ability. 

Maybe we can use this model with the neutron stars. But can we use it with black holes? Black holes are so dense that all quantum fields and subatomic particles are in one entirety called singularity. In some models, the fast-spinning singularity aims energy to its spin axle. 

But then we must realize that there are much more stronger forces than neutron stars. The transition disk that orbits around the black hole and its event horizon is much larger than people normally think. We can say that the spiral galaxy is the supermassive black hole's transition disk. 

When material and energy fall in the black hole it should follow the spiral trajectory. That means there forms electromagnetic shadows behind those particles and they pull the quantum fields inside a black hole. 

However, that shadow and extremely dense material cause the energy and material to travel to the spin axle. There forms a small vacuum at the spin poles of that thing. And those vacuums pull fields and material to the "poles" of that thing. That is one thing that can help to make about the internal structure of the black hole. 

https://scitechdaily.com/caltech-astrophysicists-flip-black-hole-theories-with-stunning-new-simulations/

https://scitechdaily.com/lasers-that-cast-shadows-physics-takes-a-surprising-turn/

Researchers try to find the first light of the universe.

"Researchers are using simulations and data from the South Pole Telescope to detect the faint Sunyaev-Zel’dovichn, kSZ effect, a key to understanding the Epoch of Reionization, when the first stars ionized the universe." (ScitechDaily, Cosmic Archaeology: Unraveling the Mystery of the Universe’s First Light)

"Imagine taking a journey back to the very early days of the universe, specifically, the start of the Epoch of Reionization (EoR). That’s when the first stars and galaxies formed, and their energy separated the protons and electrons of the dense, dark primordial hydrogen gas that comprised the universe, producing bubbles of ionized gas." (ScitechDaily, Cosmic Archaeology: Unraveling the Mystery of the Universe’s First Light)

South Pole Observatory has a big mission. That is to find the first light. That term means photons, which came from the Big Bang or the first stars. The first light makes it possible to think about the location where the Big Bang happened. In modern models, black holes formed before the material. 

The gravity effect formed those black holes straight from wave movement. That causes the theorem that some of those primordial black holes are trapped photons from the Big Bang to their orbiter. 

"Scientists are studying the Epoch of Reionization (EoR), a period when the first stars and galaxies ionized hydrogen, illuminating the early universe. Using data from the South Pole Telescope and simulations, researchers aim to detect the faint kSZ effect, which helps understand the timing and process of reionization, even though they haven’t found the signal yet." (ScitechDaily, Cosmic Archaeology: Unraveling the Mystery of the Universe’s First Light)

It tells things like what stars looked like before planets especially rocky planets born. The photon's ability to make internal superposition makes it possible. That photon can close information into its internal state. The photon can carry exact information from the point. And conditions where it is born. 

Modern quantum systems can trap photons. And drive information out from them using superposition and entanglement. The system reads that information like a quantum computer. But the problem is: how to find a photon that comes straight from the first stars? 

Theoretically is possible to find those photons from the early, or young universe because it's possible. They scatter in some molecular clouds. And if those particles reflect enough effectively, that reflection can trap those photons from the early universe into that cloud for a very long time. 

Or maybe, some theoretical primordial black hole pulled those photons to orbit it.  Sometimes, a black hole releases photons. But the fact is that. It's hard to separate the first light from the light, that was born long after the Big Bang. 

The thing that makes the first light research interesting is that there is no time on photons. Photons carry information the same way as the heavier particle, neutrino. The photon should exist forever if it once released. Information touches the photon like a plaque. And it's possible. That some first light photon carries information straight from the Big Bang. 

https://en.wikipedia.org/wiki/Sunyaev–Zeldovich_effect 

Can a hypothetical tachyon be the thing that forms photons?

 

Byt the way, this image above this text could introduce the situation that the hypothetical tachyon particle drops from the fourth dimension to our third dimension. That ring could be the shock wave that the tachyon forms when its speed decreases under the speed of light. Then that particle forms the Higgs boson and the power field that is like the lens.

That lens focuses on the radiation that comes from the higher dimension to one point. And the question is could that thing in the focus be the photon. So that means the photon's form can be like the parallel bites of wave movement or superstrings. That could explain why the photon has no mass. The energy or information travels from photons so fast that this thing cannot interact. 

The particles that are in the highest possible energy level in the third dimension can make quantum entanglement with the particles that are at the lowest energy level in the fourth dimension. And we can think that the hypothetical tachyon is on the lowest energy level in the fourth dimension. The reason why we cannot see tachyon is simple. When that particle drops from the fourth dimension it transforms into some other particles like the Higgs boson. And there is the possibility. 

That photon is the particle that is released when the tachyon impacts with the third dimension. So tachyon exists only in the fourth dimension. And the reason for that is that the hypothetical particle has so high an energy level that the third dimension cannot close it inside it. When tachyon drops out from the fourth dimension. Its existence as tachyon ends. The existence of a tachyon requires so high energy level that this particle jumps to the fourth dimension. 

The key element of that theory is that the fourth dimension is the energy level. So when the hypothetical tachyon drops to the third dimension it loses its energy forming the shock wave. When we are saying that the particle drops from the fourth dimension we can say that it loses so much energy that the fourth dimension cannot keep it inside. 

So tachyon drops to the third dimension. In that process, it loses energy so fast that the shock wave is forming. The energy flows from higher energy points to lower energy areas. The thing that can make the tachyon drop to the third dimension is that it makes quantum entanglement with the particle that is in the third dimension. 

And that thing means that the particle in the third dimension pulls that tachyon from the fourth dimension to the third dimension. When that thing happens the particle releases its energy in the form of wave movement. That wave movement can be the thing that focuses photons in our spacetime. 

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

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

https://miraclesofthequantumworld.blogspot.com/

In the multiverse theory, the key is can other universes exist?

The theory of other universes and universes before our universe might seem very extraordinary. But the universe before our universe explains the origin of the material.  And other universes could be natural things. The universe is the bubble that formed in the Big Bang. 

And the key element of the multiverse theory is. That there are other big bangs in the empty dimension. The blue points or cold points in the cosmic microwave background are telling. Maybe there is some energy source outside the universe that blown material away from those blue areas. 

The question is can those things exist? The answer is this: nothing denies the existence of those things. 

The thing, about the "evidence" about the universe before our universe, is only the ghost. The thing that makes the other universe before our universe comfortable. Is that the past universe that faced the Big Crunch and then reformed our universe as the Big Bang is the easiest explanation for the question "where the material that was released during the Big Bang came from"? 

That is the key question in cosmology.  But then somebody asks where that past universe got its material. And that thing only transfers that question to the next universe. The thing is that the Big Bang is a very mysterious thing because the material cannot come from emptiness. 

But what is outside our universe? The fact is that people suspect that there is a great emptiness. The area where is no quantum fields. But there is wave movement. The origin of the wave movement is our universe. Sometimes somebody asks "does the universe expands faster than light?". If we are thinking about the limits of the universe. 

Is the distance of two first photons released from the Big Bang that thing is true. Those two first photons are traveling ahead of the universe. And there are no quantum fields outside the universe that can slow the speed of particles. That means the universe is in the middle of a giant WARP bubble. 

Outside the edge of the universe is the area where wave movement is traveling only to one direction. That direction is away from the universe. So what happens if we would step out from the universe? There is total emptiness outside the bubble where the entire material is. That causes energy starts to flow out from the material. And there is no replacing energy in that area. 

If we are thinking of the multiverse theory there is the energy and quantum vacuum outside our universe anyway. The thing why cosmologists are interesting in the world outside the universe. Is that it could prove the existence of other universes. 

We cannot see other universes because galaxies and stars along with galactic halos are too bright. They cover the light that comes from the other universes if they exist. 

As I just wrote the wave movement travels one way outside the universe. That direction is outside the universe. Which is the source of wave movement.

 So if there is another universe. There is also wave movement that is traveling in a different direction than the wave movement that source is in our universe. But the problem is that wave movement travels faster outside our universe than it travels in our universe. And that thing makes those observations very complicated. If we want to make observations about the light that travels outside our universe.

We must realize that the photon or wave movement is traveling outside the universe and its source is in our universe. We cannot see that photon because we are behind it. The thing that can prove the existence of other universes would be the photon which is comping to us from outside the universe. But proving the origin of the photon is difficult. 

https://thoughtsaboutsuperpositions.blogspot.com/