ELECTRON - HIGGS FIELD INTERACTION
The Higgs boson (a particle of the Higgs field) is a particle associated with the electroweak-symmetry breaking mechanism which is an inmportant aspect of quantum physics and is a vital component of the Standard Model of particle physics. It is believed that all fundamental particles in the known Universe that have mass — for example electrons, or the quarks that live inside protons and neutrons — acquire this mass as a result of interacting with an omnipresent field through Higgs bosons. Massless particles, such as photons, pass through the field without interacting with it.
Everything that we can touch and see and feel has substance. All this substance that makes up our Universe is courtesy of the familiar atom, which gives us all the matter around us. An atom is comprised of lightweight electrons orbiting and bound to a bulky nucleus of protons and neutrons, which themselves are made of quarks.
Everything that we can touch and see and feel has substance. All this substance that makes up our Universe is courtesy of the familiar atom, which gives us all the matter around us. An atom is comprised of lightweight electrons orbiting and bound to a bulky nucleus of protons and neutrons, which themselves are made of quarks.
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