Could white holes exist?

Could white holes exist, and why can't we see them? Mathematically, white holes or anti-black holes exist, but they are extremely unstable. The thing is that the white hole might misunderstand some of those visions. A white hole is theoretically the opposite of a black hole. It's the point where the material comes out of the wormhole that is the quantum energy channel through spacetime. The white hole has singularity, as well as black holes, do, but the white hole acts oppositely to black holes.

Time dilation stops time at the point of the white hole. That means we can only see flashes, and then we would travel through that thing in time. So when particles come out of the wormhole, they release their extra energy as a shockwave that we can see as a flash.

"White holes are theoretical cosmic regions that function in an opposite way to black holes. (Image credit: Future/Adam Smith)" (Space.com/Could white holes actually exist?)

(Space.com/Could white holes actually exist?)

The idea of a wormhole is that there is a quantum tornado in space. And there is a quantum vacuum ahead of objects that travel in that "tube". That means all particles, including photons, travel at the same speed in that strange phenomenon called a wormhole or Einstein-Rose bridge. Wormholes follow the principle of quantum entanglement. And information can travel through those energy bridges only if one side is at a higher energy level than the other.

The white hole pushes material away from the hole, and the point where the speed of that material that travels in a wormhole decreases below the speed of light is the point where the wormhole ends. So at that point, the matter again reaches the speed of light. And the thing is that time is also frozen at the point of the white hole.

If we think that time is a river, a white hole is like a stone in that river. A river called time takes all matter with it. And we can see that stone only once. And maybe the flash of the supernova is the moment when a white hole opens in spacetime. And that means we could see that thing only once.

The white hole interacts in a similar way as black holes, and at the point where the speed of matter is the speed of light, time is frozen. Time dilation stops time at that moment. When matter comes out of a white hole, it causes a shockwave that is seen as a flash.

So because time is frozen at the end of a wormhole, we might say that white holes are frozen at a certain point in spacetime. So the white hole is in a stable position, but time travels around it. When we think about white holes from the point of view of an observer who stands in a regular universe, the white hole is just a flash in spacetime. That means a white hole exists, but it exists at a certain point in spacetime.

https://www.space.com/could-white-holes-exist-space-mysteries

The interesting thing in quantum entanglement is the string that connects superpositioned particles.

The centripetal force acts in all particles. And if the rotation speed is high enough, that thing causes the situation where even elementary particles are forming the channel. 

Quantum entanglement is one of the most useful phenomena in the quantum world. In that "spooky effect of distance," the system puts the elementary particles (like photons, quarks, electrons, etc.) to oscillate in the same frequency. That means the same elementary particle is at the same time, in two different positions. 

Also, things like electromagnetic fields can put to superposition. When two elementary particles are superpositioned and entangled that thing happens by using electromagnetic fields like laser rays. Photon or electron clouds are also forming electromagnetic- or quantum fields. And those things can use to put even complicated quantum systems into superposition. 

Theoretically, superposition is possible also between quark groups. And theoretically, things like protons, neutrons, and other kinds of elementary particle groups can be superpositioned. So theoretically, also complicated quantum systems can put to superposition. 

But the thing that makes superposition interesting is that. There forms a string or wire between those superpositioned particles. And that string makes them act like some stick. When another particle at the end of that stick is moving the another will also move. 

But what is that string that connects those two particles? There is the possibility that the film where the water bubble spins and stays in its form illustrates that situation. 

Could there be a channel through black holes?

When a particle spins very fast that motion should form a channel through it. But if we want to make a channel through an electron. We must spin that particle at an extremely fast speed. So could black holes spin so fast that they can form a channel through the singularity? In that model, the fast spin of the object causes the situation where centripetal force pushes the superstrings away from its axle. The centripetal force could rip also quarks and leptons in pieces. 

But it requires an extremely fast spin. If those channels through elementary particles are true, they can offer limitless energy solutions. That means there is a quantum vacuum in the middle of particles that is acting like those bubbles in the water drop. And if there are small quantum lightning or strings between those particles those strings can collect energy from the quantum fields. 

When radiation or wave motion, which mission is to duplicate particles hits the primary particle it increases the spin of that particle. There is a possibility that there is a forming tunnel through that particle. And that tunnel forms a quantum tornado through space. When that quantum tornado impacts another particle, it will start to oscillate it. 

But is that string some kind of wormhole? That is an interesting question. If we think that there is a hypothetical transporter particle graviton, that transports gravitation, there is the possibility that the tunnel through electron or quark forms between hypothetical gravitons. If there is a graviton inside all particles, which have mass. The extremely fast spin will create a tunnel that unmasks the graviton. 

That thing causes interesting speculations of black holes. When we think about the possibility of the superposition of things like stars. We must understand that superposition is possible only between similar elementary particles. And superposition between quark stars is possible because those hypothetical stars consist only of quarks. 

Also, the black holes can turn into superposition. The spin of black holes is extremely fast. And that thing can cause a situation where superstrings or gravitational channels. That forms a situation where singularity can turn to the side from the rotation axle. 

In that case, that thing could form a channel through the black hole. But that thing is only a hypothetical model. The thing behind this model is that centripetal force affects all systems. And theoretically, even elementary particles can break into bites by spinning them fast enough. 

https://miraclesofthequantumworld.blogspot.com/