There are three ways in which hypothetical tachyon particles can move faster than light. They can move across space in the warp bubble. Or their spin can be faster than the speed of light. Or their energy level can be so high that they cannot interact with other particles or quantum fields.
There are two ways in which particles can move faster than light. Another way is that particle just moves through space. And another way is that the particle's spin is faster than the speed of light. So the particle can simply rotate faster than the speed of light.
And of course, in the third version crossing the speed of light is virtual. The idea of this model is that the sudden energy impact on a particle near the speed of light turns its weight and energy load so high that the particle just loses its ability to interact with the third dimension.
So is a tachyon simply a particle whose energy level is so high that it cannot interact with other particles?
What is the reason why we haven't seen the tachyon yet? Could that thing be that those hypothetical particles cannot interact with other particles and quantum fields? So when tachyon can interact with other particles and quantum fields. It's not tachyon anymore.
In image 2 is the spin of the electron. The electron's spin is 1/2. And the reason for that is there are many poles in that particle. So there is like strings that are making the full round impossible. And that means the spin of electrons and all other particles is back and forth motion.
But there is the possibility that the tachyon is in the middle of an electromagnetic bubble or warp bubble. That means its spin can be faster than light because no quantum field interacts with that particle and slows its motion.
If the warp bubble collapses. The speed of the tachyons' rotation or spin will slow. And at that moment tachyon sends wave motion. That can be the dark energy. When a tachyon touches the quantum field or wave motion its rotational or vertical speed decreases. And it turns to some other particle.
Image 2)"A single point in space can spin continuously without becoming tangled. Notice that after a 360-degree rotation, the spiral flips between clockwise and counterclockwise orientations. It returns to its original configuration after spinning a full 720°." (Wikipedia, Spin (Physics) )
So how hypothetical tachyon-particle can cross the speed of light?
In this model, the third dimension is the certain energy level in the material. And the dimension is the energy limit or difference where two particles can interact with each other. If energy levels between those two particles are too different and another particle is on too high an energy level. The particle that has a lower energy level cannot interact with it. And that means the particle is lost behind the event horizon. So another description for speed is energy level.
When we think about hypothetical tachyons as particles, that energy level is extremely high. We are facing one interesting thing. Tachyons would behave like all other particles. And that means it sends the wave motion when it travels through the universe.
And in that model, the wave motion of that particle that has so high an energy level that it cannot interact with other particles create the warp bubble around it. That bubble makes an electromagnetic vacuum around that particle. Because there is no electromagnetic friction in that bubble speed of the spin of the tachyon can be faster than the speed of light.
If we think that the tachyon is the particle that is inside the warp bubble, there is the possibility that the particle can rotate around it. So the spin of the tachyon can be 1 or >1. In that model, the warp bubble denies the interaction between the tachyon and other particles and quantum fields in the universe.
https://en.wikipedia.org/wiki/Spin_(physics)
https://en.wikipedia.org/wiki/Tachyon
Upper image: https://en.wikipedia.org/wiki/Tachyon
Image 2: https://en.wikipedia.org/wiki/Spin_(physics)
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