Black hole collisions put Einstein's theory to the test.

“A record-breaking gravitational wave from two merging black holes has given scientists their most detailed test yet of Einstein’s theory of gravity. Credit: Shutterstock” (ScitechDaily, Clearest Black Hole Collision Ever Recorded Puts Einstein to the Test)

The black hole is the most incredible object in the universe. And their collisions are even more extreme cases. During that process, the black hole pair sends gravitational waves. Sometimes, an idea is introduced that the superhigh-energy neutrino detected by the neutrino sensor a couple of years ago formed when a neutrino traveled between two colliding black holes just at the moment when their halos connected. In that moment, those halos could pump an extremely high energy level into that particle. In some other models. That particle traveled through the wormhole, the energy tornado that locks time inside that particle. 

But then. A black hole collision can open new ways to see. Is there some point when Einstein’s Theory of Relativity falls? The curvature of spacetime near a black hole causes a situation where all objects can travel at the speed of light. The reason for that is that. Black hole stretches. Space and time. When all particles and objects travel in the same direction. There is no scattering effect between those things. That. means. The lack of crossing energy fields means that nothing pulls energy out from the particle. Because everything travels in the same direction at the same speed, there is no quantum shadow at the front of those particles. The quantum field transports particles like a river transports caps. 

Inside a black hole, the situation is interesting. The black hole should behave like all other ball-shaped objects. That means there should be a point; there is no gravity in the middle of it. That point is smaller than a quark. But it allows the gravity waves. Travel also through that point. Those gravity waves hit the black hole like a drum. In another model, the black hole. Turns the gravity field into a string or quantum tornado. 

That thing transports energy out of the black hole. And. One of the things that we must realize is this. If there is a string that spins very fast, that string can bind energy fields inside it. If the ends of that string are in a lower energy level than this point. There, it binds energy that causes energy flow to the string. This makes the string act like a giant thermal pump. And that causes a situation where the quantum fields transport particles into that string. That thing causes a gravitational effect. The black hole is the whirl around the superstrings. In that model, sometimes the whirl jumps out from that string. That causes the situation where the string or quantum tornado releases energy. 

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