Introductory Experimental High Energy Physics
Programme
Symmetries and Laws of Physics, the Basis of the Standard Model
Particle classification
Acceleration methods, present and future accelerators,
Particle beams, luminosity
Electroweak interaction and LEP physics
The constituents of the proton strong interaction physics at LHC
Unit triangle CKM LHCb
Low energy / precision
mu-to-e - g-2 - neutron dipole moment - anti-hydrogen
Neutrinos
Double Beta decay
Dark matter
Gravitational waves
Educational aims
Learn the fundamentals of the Standard Model of particle physics and its limits also through the experiments that marked its development.
Bibliographical references
Perkins Introduction to high energy physics
https://www.cambridge.org/core/books/introduction-to-high-energy-physics/2164D77FA13CC52D8B32130CF897E764
Maiani- Rolandi The standard theory of particle physics
https://www.worldscientific.com/doi/abs/10.1142/9789814733519_fmatter