How can quantum entanglement break time-reversal symmetry?

The simplest way to make that thing is to pull the quantum entanglement through the nanotube. Then that nanotube could turn into a Tipler cylinder. The fast-rotating nanotube can be used to conduct energy to the quantum entanglement that is made through that tube. 

The outcoming energy can create the condition where the quantum entanglement can bring information from the future. The speed of the cylinder would turn to high as possible. And then the outcoming radiation would finish the quantum state that brings data from the future. That thing can act as the telescope to the future. 

Diagram 1) Nano-size time dilator.

1) Quantum entanglement that is pulled through the nanotube

2) Nanotube that is acting as Tipler cylinder

The idea is that nanotube can act as the channel that conducts the particles. That is superpositioned and entangled particles will stress by radiation sent through the fast-rotating nanotube. This kind of thing can use to make time dilation. 

Time dilation is one of the most promising things to make successful quantum computers. Time dilation makes it possible to give the quantum computer time to make its operations. But the time dilation makes it possible to create the "telescope to future". 

Another version is to make the quantum entanglement or so-called quantum whip. In that system, the giant particle accelerator is making the situation that the most out particle in the quantum system is orbiting the center particle. The time dilation would affect the particle that travels in the cyclotron. And energy asymmetry would pump energy from that fast-moving object to the particle that is in the middle of the system. 

This kind of system is fascinating. And they can transmit information through time in the quantum systems. The quantum-size systems are not things. That can make humans travel to the future or past. Time dilation makes it possible to travel to the future.  

The problem is how to return information to the past. Without that ability sending things to the future means nothing for makers of that kind of experiment. 

By using a Tipler cylinder is possible to make the spacecraft that can make crew travel to stars. But that thing affects only to space inside that cylinder. If researchers would stop time in the craft that allows researchers to travel far in space. But that kind of thing doesn't affect time outside that craft. So if we want to travel to somewhere else than Alpha Centauri, the travel takes thousands of years. 

And even the aging of the crew can stop. That thing means that the senders of the crew. Die a long time before they return. That is the biggest problem in interstellar travel. The information that is coming from stars doesn't benefit the senders of the probes. But time dilation can be a useful tool for making successful quantum computers. 

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

https://thoughtandmachines.blogspot.com/

Time reversal symmetry is broken in the superconductor.

"Discovered time-reversal symmetry-breaking fields imply the presence of long-theorized ‘orbital currents’, where charge flows spontaneously in loops around the unit cells of the kagome lattice. Credit: Paul Scherrer Institute / Mahir Dzambegovic" (ScitechDaily/Time-Reversal symmetry-breaking Magnetic Fields Discovered Inside a Kagome Superconductor)

The time-reversal symmetry is broken in the superconductor. That means laws of physics and time can go forward and backward in that quantum system. This thing means that the system can destroy and recover information. And that thing makes this kind of system interesting. The ability to affect backward in time is fascinating. That ability makes it possible to fix errors and retake things in quantum computers. But as we know. 

The time-reversal symmetry, or rather saying, breaking that symmetry also makes it possible to create quantum radars. That can get information from the future to the past. Even if that system can bring data from the second away from the future it can give systems one second more time to react to things. That time is extremely long in the time of quantum computing. But it can also make it possible to make the systems that can predict outcoming effects more accurately. 

The thing is that nanotechnology allows us to create systems that can see to the future. Or if we are more accurate we might say that it brings data to the observer earlier than it reaches the observer in nature. The idea is to create extremely long quantum entanglement. As I wrote many times before quantum entanglement is like a long stick. This is the reason why it can bring information faster than the speed of light. 

The quantum entanglement is moving with the speed of light. But because its two particles are connected by a "stick" or energy channel they can bring information to the observer faster than it travels in the natural environment. Another way is to create an extremely long absolute vacuum where are no quantum fields. 

In that tube, photons can travel faster than normal space. The fact is that this kind of system can bring information from the flares of the Sun faster than otherwise. In that system, the photon is traveling in a synthetic quantum channel. And it reaches Earth earlier than a photon that travels in the regular universe. But seeing real things from the future requires some other systems. 

One version is to create the quantum entanglement where the other part will stress with energy. That energy stress should cause the time dilation in another part of that particle pair. And that thing makes it possible to bring information from the future. 

https://phys.org/news/2021-07-two-dome-superconductivity-kagome-superconductor-high.html

https://scitechdaily.com/time-reversal-symmetry-breaking-magnetic-fields-discovered-inside-a-kagome-superconductor/

Image: https://scitechdaily.com/time-reversal-symmetry-breaking-magnetic-fields-discovered-inside-a-kagome-superconductor/