TASI Lectures on Collider Physics

TL;DR

These lectures introduce collider physics, covering collider design, particle kinematics, decay signatures, and bridging theory with experiment, emphasizing intuitive understanding over detailed calculations.

Contribution

Provides a comprehensive, accessible overview of collider physics concepts, experimental signatures, and their theoretical foundations for students and researchers.

Findings

Explains collider design parameters and their impact on experiments.

Describes decay modes and signatures of Standard Model particles.

Highlights the use of intuitive methods for understanding collider phenomena.

Abstract

These lectures provide an introduction to the physics of particle colliders. Topics covered include a quantitative examination of the design and operational parameters of Large Hadron Collider, kinematics and observables at colliders, such as rapidity and transverse mass, and properties of distributions, such as Jacobian peaks. In addition, the lectures provide a practical introduction to the decay modes and signatures of important composite and elementary and particles in the Standard Model, from pions to the Higgs boson. The aim of these lectures is provide a bridge between theoretical and experimental particle physics. Whenever possible, results are derived using intuitive arguments and estimates rather than precision calculations.