Open AccessHow and Where the Standard Model of Particle Physics Hides Dark Matter
Author(s) -
Housam H Safadi,
Syria Safadi Bureau Damascus
Publication year - 2020
Language(s) - English
DOI - 10.47363/jpsos/2020(2)108
Subject(s) - standard model (mathematical formulation) , higgs boson , particle physics , dark matter , physics , boson , physics beyond the standard model , fermion , elementary particle , vector boson , particle (ecology) , theoretical physics , photon , quantum mechanics , oceanography , archaeology , gauge (firearms) , history , geology
The Standard Model of particle physics is thought to be the best map that describes our life. For this reason, it could embed dark matter and reason gravity. In this exploration, I am looking at Standard Model through a new approach different from merely classifying particles as fermions and bosons. I will search in them for the concept and role of massiveness. Specifying photons and gluons as the unique bosons declared in Standard Model, I go looking for revealing the secrets of Higgs particle, Z and W-, which should not be visible matter bosons