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The Standard Model of particle physics is the mathematical theory that describes the weak, electromagnetic and strong interactions between leptons and quarks, the basic particles of the Standard Model.
Newton’s Laws: N1 : “a body will remain at rest or in a state of constant motion unless acted upon by an external force” N2 : “the rate of change of motion (i.e. momentum mv) is proportional to the external force (F=ma)” N3 : “for every action there is an equal and opposite. reaction”.
For a very elementary introduction to the Standard Model, you could take a look at the lectures on Particle Physics that I wrote for the CERN summer school. They cover the subject in a great deal of detail, but without any real mathematical sophistication.
A spectacularly detailed book, covering discoveries in particle physics throughout the 20 th century by a scientist who had a ringside seat for many of the key developments. Pais was no slouch as a physicist, providing important classification schemes for parti-
Despite its limits, the so-called Standard Model describes large parts of Particle Physics in very exact accordance with experiments and is very well tested. Alex Flournoy from the Colorado School of Mines held 29 lectures in 2018 covering this topic.
These lectures provide a basic introduction to the Standard Model (SM) of particle physics. While there are several reasons to believe that the Standard Model is just the low energy limit of a more fundamental theory, the SM has been successfully tested at an impressive level of accuracy and provides at present our best fundamental
What is the Standard Model (SM) of Particle Physics? •SM is the theory describing electromagnetic, weak & strong interactions •~40 years old, spectacularly confirmed (except Higgs)
