What is the Higgs Boson particle??

Well, all what I know that it's kinda like when it snows, each snow flake is dust seed, and with freezed water around it, kinda like that, and this higgs boson particle, do the same job, and creat the mass of the matter, that we know it forms 4% of the universe.
I just have a general idea, and I don't know if it is even correct?

So what is it? The Higgs Boson particle?

 

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The Higgs Boson is an elementary particle in the Standard Model of particle physics. Each particle is an excitation of the Higgs Field, which permeates all space-time like a thick fog.

The Higgs Field, not the Higgs Boson, gives all elementary particles (except photons and gluons) mass. Specifically, particles have to travel through the higgs field and from the particles' perspective, it acts like a syrupy sludge. The interaction between a particle and the sludge is what we call mass.

 

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The Global Energy Parliament Research Centre proposes that the Higgs boson is the A1 particle. Only through gravitational power, when many A1 particles combine and interact with other particles, mass is perceptible. This explains how it is currently believed that the Higgs boson to "give mass" to "massless matter." Life is only manifest on this very subtle A1 plane of vital energy.

 

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Thanks CrunchyCat for formulating an intelligible and clear answer.


(in contrast)

What does that mean? I really can't follow.

 

According to special relativity mass cannot travel at the speed of light. If mass traveled at C, the mass would become infinite. Does this means that all A1 particles will interact at a speed of light reference, with these extended A1 lateral interactions decreasing, as reference drops below the speed of light?

 

Another A1 consideration that just came to me is connected to fusion and mass burn. If the A1 particle have a connection to mass and since nuclear fusion causes a mass burn, does that imply that exothermic fusion will weaken the strength of A1 interaction due to the mass loss into energy?

This would imply hydrogen has the strongest A1 mass interaction since it is pristine and not yet subject to mass burn. The mass particles within iron would have the weakest A1 interactions since there was a lot mass burn leading to iron. After iron the endothermic nature of the fusion then adds mass/energy and would cause A1 to strengthen again, ,until mass buds off (fission) into higher mass density. This places limit on stable atomic size.

That being said, if A1 is strongest at H, gravity moving toward fusion would lower the potential of A1; gravity equals lowering A1 potential?

 

Mod action: Thread closed, the signal to noise ratio is just too poor. Please use the other thread if you have some non crackpot things to talk about. Shadow1: if you feel this action is excessive, feel free to message me and with a good reason I may be persuaded to reopen the thread.