A new study shows the boundary between time moving forward. And backward may blur in quantum mechanics.

Quantum systems can evolve two different arrows to future and past.

If the size of rotating particles is very small they can hover in the quantum field that doesn't touch them there is nothing that slows the rotation speed of particles. The thing that slows the particles are the quantum fields that are pumping energy out from the particle.

Whenever a particle touches a quantum field it will lose energy to that quantum field. So that effect is called quantum friction.

And when the speed of light is closing the particle would travel through quantum fields more often and that effect is pumping kinetic energy away from the particle and denies crossing the speed of light.

If it's possible to make some system can remove that quantum field. That thing allows the crossing of the speed of light. And that means the quantum friction is removed. This thing can be real in quantum-level systems.

The quantum system can affect same time to the future and past. The thing that can make this possible is the rotation of the superpositioned particles. The extremely fast rotating particles can cause a situation that the outer core of those particles is traveling faster than a photon. The reason why this thing is possible is only in the quantum world. Is that the centripetal force is destroying other structures.

The idea is similar to hypothetical spacecraft where a massive wheel is pushing the craft to speed that is faster than the speed of light. The hypothesis goes like this. The spacecraft will accelerate to the speed that is so close to the speed of light as possible. And then the wheel would rotate forward. The problem is with the centripetal force.

This is possible to make by using quantum-size systems. But the scale of that system is atomic or subatomic. Of course, spacecraft can cover by using fast-spinning particles that can rotate with the speed of light. There is the possibility that this kind of quantum system can someday bring information from the future to the past.

Time is a more complex thing than we even expected. There has been the knowledge that quantum entanglement can affect the past to the future. So the quantum entanglement can theoretically bring information from the future to the past. The reason for that thing is there is some part of the quantum entanglement. That is moving faster than the speed of light is in the normal universe.

The thing that makes this strange phenomenon possible is that the superpositioned and entangled particles are spinning. If the spin of the center of those particles is rising to the speed of light.

The core of them is moving faster. And then that means the other side of quantum entanglement is traveling in time. The reason why this can happen in the quantum world is that. There is nothing in a quantum field that can slow the rotation of the superpositioned and entangled particles.

Also, if the superstring is rotating the quantum fields cannot slow that extremely thin energy string or quantum lightning.

The quantum entanglement is forming between two superpositioned particles. And there is a tiny fiber or string between those particles. The reason for that is that the string that connects those superpositioned and entangled particles travels between the electron cores of atoms. And no quantum field is slowing the movement of that string.

Except when the electron travels at the point. Where the quantum field of the electron. Or electron core touches the quantum string.

That connects those superpositioned and entangled particles. That thing means that the string is sending the flash of energy. The quantum string is the quantum lightning that connects those particles.

https://scitechdaily.com/time-reversal-phenomenon-in-the-quantum-realm-not-even-time-flows-as-you-might-expect/

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

Image 1)https://scitechdaily.com/time-reversal-phenomenon-in-the-quantum-realm-not-even-time-flows-as-you-might-expect/

https://thoughtsaboutsuperpositions.blogspot.com/

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