Is the swaying movement of the particle the reason, why nothing can cross the speed of light in a straight universe?

Can we find the reason why we cannot cross the speed of light in the Muon G-2 experiment? Is the swaying movement of the particle the reason, why nothing can cross the speed of light in the straight universe, because the swaying movement turns so tight that the speed of the particle cannot rise anymore? The Muon G-2 experiment has caused that we must rethink the standard model of physics.

But can it also explain why no particle cannot travel faster than a photon in a straight universe? Is the reason for that the increase in the density of the superstrings? Or the string-looking trajectory, what the particle will follow.

Maybe I highlighted this text a little bit wrong, but some people are believing that the reason why we cannot cross the speed of light in the straight universe is that the particles are moving in the universe by a little bit curving trajectory. That means that the particle is swaying or they are traveling by following the trajectory, that looks like the string.

When the speed of the particle is rising, the spring will get shorter, until the swaying is so large and dense, that the particle cannot move faster. The distance of the top of the string is the wavelength. And when the energy level or the speed of the particle is rising it starts to swaying so dense that the speed of the particle cannot rise anymore.

The thing that supports this theory is the electromagnetic spectrum, where the low energetic radiation has a longer wavelength than the high energetic radiation. So when the speed of the particle is rising, its trajectory will increase its curving. And here we can say that every single trajectory of wave motion is the trajectory of some particle because light has got the particle and wave movement forms. That means that every other wave movements have their particle transporters.

When the energy level of the radiation rises the wavelength would turn shorter, and we must remember that the radiation has also particle form. So when the wavelength would turn short enough the speed of the particle cannot rise anymore. And that thing is the thing, what is the thing that denies the particle to cross the speed of the light.


()https://physics.aps.org/articles/v14/47

Image:https://www.particlebites.com/?p=9065