Is it possible that there is an even more extreme particle than the Higgs boson?

   

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Is it possible that there is an even more extreme particle than the Higgs boson?

Is it possible that there is an even more extreme particle than the Higgs boson? The question arises because the Higgs boson seems to interact with itself.

The Higgs boson is the most extreme particle in the world. But is it possible that there is some even more extreme particle hiding in the Higgs boson? Could the superstring cause that the Higgs boson seems to interact with itself? If the Higgs boson is forming by superstring. That thing can cause the internal interaction of the Higgs boson.

The most high-energetic particles in the universe Higgs bosons are forming the diboson particles. The existence of Higgs bosons is a very short period and those particles can interact only with other Higgs bosons because there is no other material existing in that energy level. But there is the possibility that the Higgs bosons are interacting with themselves. Here I mean the internal interaction in the single particles.

Can the superstring the trajectory of some more high-energetic particle than the Higgs boson? (Or rather saying particle, what can be shoot out from the core with using the even higher level of energy than Higgs boson?)

The possible internal interaction of single or separated Higgs bosons can cause the superstrings can be proven. If there is a superstring-structure in the Higgs boson. That thing can help to make the model of the form of those mysterious strings. There is a theory, that some kind of strings is forming the entirety of the universe.

We might think that the superstring is the trajectory. That trajectory or string is forming by a particle that has extremely fast speed. And that means that the particle is like the ball of yarn. But how small and how high energy level the system requires, that it can separate that particle from the Higgs boson, if that particle exists. And one thing what we know, we must still look for Top-boson. The hypothetical particle, what is the connection of the wave movement and other particles.

If there is an internal single-particular interaction in the Higgs boson, that thing can cause the idea that the Higgs boson is forming of other particles. The interesting thing is that the Higgs boson interacts itself. The thing that makes this thing so interesting is that other particles are only interacting with their environment or the other particles near them.

So there is a possibility, that inside the Higgs boson is some other particle, what release requires even more energetic positions than Higgs boson, and that thing is causing question, can we ever reach the final boson or final particle of the entirety. There is the possibility that in the world of quarks and bosons is the endless line of the bosons what means that is impossible to find the final boson.

When the energy level is increasing there is always a new boson, which exists as the free particle for only a couple of microseconds. The increasing of the energy level of particle accelerators can give researchers the answer to the problem. Could there be more high-energetic particles in the universe than the Higgs boson?

Sources:

Higgs boson: https://en.wikipedia.org/wiki/Higgs_boson

Superstring theory: https://en.wikipedia.org/wiki/Superstring_theory

The internal interaction of the Higgs boson: https://cms.cern/news/how-does-higgs-boson-interact-itself

Image: https://en.wikipedia.org/wiki/Higgs_boson

https://curiosityanddarkmatter.home.blog/2021/01/18/is-it-possible-that-there-is-an-even-more-extreme-particle-than-the-higgs-boson/