18 November 2020 0 3K Report

  • Relativity theory; It includes the part of the structure of matter, that is, matter that is visible surface (supraatomic). Quantum covers only the subject of the quantum. If the speed of light is the limit in the theory of relativity and if the mass and space-time bend is correct, the higgs boson adds mass to the matter, which is superficially superficial; matter cannot reach the speed of light. In quantum theory, on the other hand, superficiality brings matter to something mass, and its mass-giving quality is not just like the outer structure of the higgs boson meeting with relativity, that is, seeing it with light. In relativity, higgs are superimposed with the universe, so matter cannot reach the speed of light to produce mass. However, in quantum theory, the fact that a particle is in multiple places at the same time is an indication that there is a different particle in the subatomic to give the mass value. So how can this image be combined with relativity and quantum? There must be such a particle in the universe that it should give the mass value of matter ATOMATIC, this is the higgs boson. In the Quantum Theory, that is, in the subatomic, the opposite of the mass value, the mass in the universe, that is, the destroying the value must be in the subatomic. This is quantum. I CALL THIS PARTICLE A PART OF WISE. Since this particle is in matter in the universe and destroys the mass value of the atom; can be in multiple places in a party. So using light can move. But we have to ask the question, how does a substance carry both the mass-losing particle and the mass-gaining particle with it? Here a new theory should emerge from here. This is NAMED AS THE ASYMMETRIC MASS FUNCTION. Thus, when matter gains mass, an inferior structure is formed, a structure in this quantum comes from a mass-losing particle in the subatomic. The opposite does not happen because the subatomic is stronger than the atomic.
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