Materials for the `Collider Phenomenology' PG course

The videos available for this course are found here.

Here is the complete postscript file of the Lecture Notes:

Here is additional material on Higgs physics:

Here is additional material on SUSY:

The official reference for this course is my own book:

S. Khalil and S. Moretti, ``Standard Model Phenomenology'', CRC Press, 2022.

Two excellent reference books, very recent, are:

A. Rubbia, ``Phenomenology of Particle Physics'', CUP, 2022;

S. Raby, ``Introduction to the Standard Model and Beyond'', CUP, 2022.

For the part about Supersymmetry I recommend again my own book:

S. Khalil and S. Moretti, ``Supersymmetry Beyond Minimality: From Theory to Experiment'', CRC Press, 2017.

A good reference for learning about SM tests (particularly at colliders) from an experimental perspective is:

A. Bettini, ``Introduction to Elementary Particle Physics'', Cambridge University Press, 2014.

Some of the problem sheets and the examples given in the lectures could be tackled numerically, in this case I recommend programming in C++; a good book to look up to get acquainted with the language for scientific computing purposes is:

W.-H. Steeb, Y. Hardy, A. Hardy and R. Stoop, ``Problems & Solutions in Scientific Computing'', World Scientific, 2004.

Solutions are available upon request.