Time reflection: can we see the future?

 

"A wormhole visualized as a two-dimensional surface. Route (a) is the shortest path through normal space between points 1 and 2; route (b) is a shorter path through a wormhole." (Wikipedia, Wormhole)

When we think about the tunneling effect, that means that when particles hit things like potential walls they get more energy from that wall. That increases their speed. If those particles hit the wall in the tube or in an energy tornado that forces other particles to follow them. That effect can pull those other particles into faster movement. So sooner or later. That creates electromagnetic suction. And if that suction is strong enough, it can sustain as long as the structure like an electromagnetic tornado denies that channel filling. The time reflection requires four-dimensional spacetime. 

Time moves from the past to the future. Energy levels were higher in the past because of the universe’s expansion. And that is one of the reasons why we cannot see into the future. 

Time reflection is the thing that can change our understanding of physics. The time reflection means that the wave hits things like a mirror and that turns their course to the opposite. So time reflection means that information comes back from the future. The problem is that the past is at a higher energy level than the future. When some information travels for a long time and reflects back we can get all the information that the information beam stores. But the problem is that we cannot keep that information in the form. 

So in normal space information will turn chaotic and we cannot return its form. The thing that makes black holes an interesting phenomenon is that it transports information to the future. The black hole is like the channel or quantum tornado that drills itself through spacetime. The black hole makes the gravitational pothole through time, and the reason for why we cannot get information back from the future is that the information that comes from the past pushes that information back. If the information were water, we can think of the black hole and wormhole as the tube that goes from the bottom of the water tank to the future. 

The wormhole is a theoretical energy tornado that connects two places through spacetime. The white hole is the theoretical point where the wormhole ends. If we want to use a wormhole to transport information in any direction we should remove turbulence. If there is whirling that breaks information. In a wormhole, the object cannot release its energy and that’s why it will not turn older. The time reflection means that it's possible to send information into the past. But that information must keep its form. 

In that energy channel, all radiation and objects travel at the same speed. And that causes an interesting theorem. If a particle travels through a wormhole the difference between energy levels in a particle and its environment goes very high. And that causes fast energy flow from the particle to the environment. That energy flow rips particles apart. The problem with wormholes and white holes is that those effects are not fully confirmed. Black holes are one version of the wormholes. 

In theories, the white hole is the end of the wormhole. The white hole is the point where a wormhole or energy bridge across the universe and spacetime ends. To make information travel backward in the Einstein-Rosen bridge we should push the white hole back through the wormhole. In a wormhole, the particle travels in an energy channel that denies it to deliver energy. Theoretically, that means energy locks into that particle. So when an object comes from a hypothetical wormhole, it delivers energy so fast that it rips that particle in pieces. If we ever can travel in time that means that we cannot step out from our time machine. 

The idea of time travel is that the object cannot release its energy. Or the system locks energy to that object. One of the forms of time is energy. The expansion of the universe means that the energy level in the universe decreases. And if we lock energy in some object and wait too long, that means the difference in energy levels in the universe and time-traveling objects rises very high. That causes a situation where energy flows out from objects so fast that it causes destruction. 

So, what if we want to bring information from the future to the past? The idea is that the system creates a wormhole to the future. And then it must turn the wormhole’s future side into a higher energy level than the past. In wormholes energy and information travel from the higher to lower level. 

That requires that in the future the high energy point that raises the energy level at the end of the wormhole could be the white hole so high that it can send information against the information flow that travels in the wormhole when the information starts to travel back into the wormhole that causes resistance. When something changes direction in the information flow that causes a similar pressure wave as water starts to flow in the tube. And this can break the wormhole. The system must press information against the natural information flow. 

The information flow must be strong enough that it can push information that comes from the past back to where it came from. And then the energy flow must be stable enough that information can keep its form. The turbulence is the thing that denies us to see the farthest objects. Whirls and chaos are things that put information out of order. 

https://www.popularmechanics.com/science/a63979764/time-reflections-real/

https://www.sustainability-times.com/research/scientists-confirm-the-impossible-time-reflections-are-real-shattering-the-boundaries-of-physics-and-human-understanding/

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

https://en.wikipedia.org/wiki/T-symmetry

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