Why do particles turn shorter when they are close to the speed of light?

"Using lasers and high-speed cameras, scientists have finally visualized a relativistic illusion that makes fast-moving objects appear rotated. (Artist’s concept.) Credit: SciTechDaily.com

Physicists in Vienna have recreated a bizarre visual illusion from Einstein’s relativity—the Terrell-Penrose effect—by simulating slow light speeds with lasers and cameras." (ScitechDaily, Einstein’s Relativity Predicted a Twisted Illusion – Now Scientists Have Finally Seen It)

The Einstein twisted model where the particle turns shorter when their speed closes to the speed of light is one of the most interesting phenomena in the world. The name of that thing is the Penrose-Terrell effect. That thing means that the particle turns when it closes to the speed of light. All particles seem shorter and finally, they are just lines before they reach the speed of light. The model where particle turns fits to the square-shaped particles. But when we think about this interesting phenomenon sharply, we can ask does the particle that comes straight to the observer look like a large plate? And how does that model fit the ball-shaped particle?  

"Comparison of the measured length contraction of a cube versus its visual appearance. The view is from the front of the cube at a distance four times the length of the cube's sides, three-quarters of the way from bottom to top, as projected onto a vertical screen (so that the vertical lines of the cube may initially be parallel)" (Wikipedia, Terrell Rotation)

What makes the ball-shaped particle turn shorter? When a particle turns shorter there is a false vacuum behind it. That thing is one of the reasons why nothing else than light can reach the speed of light. There are some models that maybe the small false vacuum in the particle makes that strange phenomenon. When a particle travels at a very high speed. It forms a small bubble or false vacuum at the front side of the particle. 

That thing is one of the reasons why nothing else than light can reach the speed of light. There are some models that maybe the small false vacuum in the particle makes that strange phenomenon. When a particle travels at a very high speed. It forms a small bubble or false vacuum at the front side of the particle. That thing should form in the particle's shell so that it can pull the particle flat. 

The idea is similar to the case that somebody pulls a whisk below water. The energy field must travel through the shell of the particle. There is a small point at the nose of that structure where those fields cannot unite. That forms a small bubble or false vacuum at the front of the false vacuum that keeps the particle in its position. That means it seems that there are two bubbles in the particle. 

"The Terrell-Penrose-Effect: Fast objects appear rotated. Credit: TU Wien" (ScitechDaily, Einstein’s Relativity Predicted a Twisted Illusion – Now Scientists Have Finally Seen It)

The front bubble or false vacuum turns deeper when that particle's speed rises. That thing pulls the particle to the shorter form. And this can be the reason why the particle cannot reach the speed of light. There forms the third false vacuum behind the particle. That thing pulls it black. When that false vacuum pulls the particle back it releases its kinetic energy. So that is one version of the models. That tries to explain why quantum fields jump away from the particle in the vital moment. 

And that denies the particle. That has a mass reach the speed of light. The idea is that the mass of the object forms because of the false vacuum and the spin. When spin accelerates the particle's mass increases. There is also the possibility that when the false vacuum is filled the energy shockwave travels around the particle and slows its speed. The thing is that the energy field that jumps out from the particle denies the particle acceleration over the speed of light. 

If a particle travels in the wormhole there is not so dense field ahead of the particle. This is the hypothetical situation in which there is an absolute vacuum channel in the universe. The absolute channel denies that front side false vacuum creation. Another thing that can deny the false vacuum bubble is the case where the energy field or quantum field travels with the speed of light. If the field travels with the speed of light it can make particle travel with the same speed. If the field and particle travel with the same speed that means the speed of the particle is zero, if we compare it with the speed of the particle. 

 https://scitechdaily.com/einsteins-relativity-predicted-a-twisted-illusion-now-scientists-have-finally-seen-it/

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