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The quantum whips. And how they could bring information from the future.





Crossing the speed of light is quite an easy thing if we can travel between quantum fields. The requirement is that we would not touch or impact any quantum field. In this case thing of crossing the speed of light is possible only for the extremely small-size particles. The idea of the quantum whip bases the idea. 

That when the head of the rotating whip crosses the speed of sound it sends the sound. Moving string transfers energy to the air molecules. And the sound is forming a similar way with the sonic boom of the supersonic aircraft. 

In the quantum world, the slam is the flash of light. So when mirror particles like electrons and positrons are impacting the stings that are forming those particles are hitting each other and quantum fields like a whip. When those quantum whips are hitting quantum fields. They are sending energy load what is like the slam of the whip. 

The thing is that when we are creating an idea of the quantum time machines, we are thinking possibility to send the probe to the future. That thing can make by accelerating the particles in the particle accelerators or sharper saying torus-accelerators. But how to bring information back to the past. 

One of the ideas that can use to solve this problem. Is simple to make the superpositioned and entangled particle pair. The other side of the superposition would make the particle accelerator. And then another would be in the middle of the particle accelerator. 

The quantum whip could make it possible that the particle that rotates at the cyclotron would short time cross the speed of light. The idea is that the particle that orbits in the particle accelerator would re-superposition outside the particle accelerator. That thing makes so-called borderline crossing the speed of light possible. The idea is the same with the neutrino detector. 

When a particle that has mass will come from vacuum to medium, that thing will cause that short moment the particle will travel faster than the speed of light. Slowing the speed of a particle that has mass takes a short time and during that thing, the slowing particle will send the flash of light when it releases its energy to the medium or its quantum field. 

That means the particle would bring the data from the future. The slowing time of a particle depends on how energetic or how massive it is. So the extremely high energetic particle could bring the data from the future to the past by using the quantum whip. That means an extremely short-term crossing of the speed of light at the quantum level. 


Image: https://upload.wikimedia.org/wikipedia/commons/5/57/FirstNeutrinoEventAnnotated.jpg


https://thoughtsaboutsuperpositions.blogspot.com/


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