Everything about Standard Model Mathematical Formulation totally explained
:
For a basic description, see the article on the Standard Model.
This is a detailed description of the
standard model (SM) of
particle physics. It describes how the
leptons,
quarks,
gauge bosons and the
Higgs particle fit together. It gives an outline of the main physics that the theory describes, and new directions in which it's moving.
It might be helpful to read this article along with the companion overview of the
standard model.
A chiral gauge theory
This article uses the Dirac basis instead of the more appropriate Weyl basis for describing spinors. The Weyl basis is more convenient because there's no natural correspondence between the left handed and right handed fermion fields other than that generated dynamically through the Yukawa couplings after the Higgs field has acquired a vacuum expectation value (
VEV).
The
chirality projections of a Dirac field ψ are
» :“Left” chirality:
This matrix
V is called the
Cabibbo-Kobayashi-Maskawa (CKM) matrix. The matrix is usually not diagonal, and therefore causes mixing of the quark flavours. It also gives rise to
CP-violations in the SM.
Further Information
Get more info on 'Standard Model Mathematical Formulation'.
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