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Introduction to Elementary Particles

by David Griffiths · David Griffiths

Standard undergraduate text introducing the Standard Model, Feynman diagrams, and the calculation of decay rates and cross sections. Assumes quantum mechanics and special relativity; readers finish able to compute simple QED and weak-interaction processes.

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Outreach site run by the InterActions Collaboration, communicators from particle physics laboratories worldwide. Aggregates news releases, image and video libraries, and plain-language explainers, giving newcomers a current picture of what accelerator and detector experiments are finding.

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Particle Data Group

International collaboration based at Berkeley Lab that publishes the Review of Particle Physics, the reference tables of measured masses, lifetimes, and decay modes. Also carries review articles researchers cite for standard values and conventions.

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Particle Physics: an Introduction

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Introduction to Relativity and Spacetime Physics (MIT 8.033)

A thorough treatment of special relativity with an introduction to the core ideas of general relativity, pitched at sophomores after first-year physics. Detailed prose lecture notes that read as an open textbook teach spacetime diagrams, four-vectors, relativistic dynamics and curved spacetime.

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Effective Field Theory (MIT 8.851)

Graduate course in two parts: the common tools of effective field theories (power counting, matching, running), then an in-depth treatment of Soft-Collinear Effective Theory for hard collider processes. 26 lecture videos, lecture notes and problem sets for learners who already know quantum field theory.

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Introduction to Nuclear and Particle Physics (MIT 8.701)

Graduate introduction to the phenomenology and experimental foundations of nuclear and particle physics: fundamental forces, elementary and composite particles, and the detectors and theory used to establish the Standard Model. 67 short lecture videos, slides, and problem sets with solutions.

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