Advanced Particle Physics
( 25 Modules )

Module #1
Introduction to Advanced Particle Physics
Overview of the field, historical context, and importance of particle physics

Module #2
Review of Quantum Field Theory
Revision of QFT principles, Feynman diagrams, and perturbation theory

Module #3
Symmetries and Group Theory
Introduction to symmetries, group theory, and representation theory

Module #4
Parton Distribution Functions
Definition, properties, and importance of PDFs in high-energy collisions

Module #5
Hadronic Physics
Structure of hadrons, hadronic resonances, and strong interaction phenomena

Module #6
Quarkonium and Heavy Quark Physics
Properties and decays of quarkonium states, heavy quark effective theory

Module #7
Electroweak Interactions and the Standard Model
Review of electroweak interactions, gauge bosons, and fermion interactions

Module #8
Higgs Boson Physics
Properties and interactions of the Higgs boson, Higgs mechanism

Module #9
Neutrino Physics
Properties, interactions, and oscillations of neutrinos

Module #10
Beyond the Standard Model
Introduction to extensions of the SM, supersymmetry, extra dimensions

Module #11
Collider Physics
Principles of particle colliders, luminosity, and detector design

Module #12
Jet Physics and QCD
Definition and properties of jets, perturbative and non-perturbative QCD

Module #13
Flavor Physics and CP Violation
Phenomenology of flavor changing processes, CP violation, and CKM matrix

Module #14
Dark Matter and Dark Energy
Introduction to dark matter and dark energy, indirect detection methods

Module #15
Cosmic Rays and High-Energy Astrophysics
Detection methods, composition, and origins of cosmic rays, high-energy astrophysical phenomena

Module #16
Computational Tools for Particle Physics
Introduction to Monte Carlo generators, event reconstruction, and data analysis techniques

Module #17
Advanced QCD and Resummation
QCD resummation techniques, factorization, and higher-order corrections

Module #18
Precision Electroweak Physics
Electroweak precision tests, Z and W boson physics, and radiative corrections

Module #19
Flavor Diagonals and Leptonic Decays
Properties and decays of flavor diagonal mesons, leptonic and semileptonic decays

Module #20
Heavy Ion Collisions and QGP
Introduction to heavy ion collisions, quark-gluon plasma, and collective phenomena

Module #21
New Physics Searches and Future Colliders
Strategies for new physics searches, future collider experiments and detectors

Module #22
Astro-Particle Physics and Cosmology
Particle physics in the early universe, cosmological implications of particle physics

Module #23
Neutron and Muon Physics
Properties and interactions of neutrons and muons, neutron decay and muon g-2

Module #24
Particle Physics and Machine Learning
Applications of machine learning techniques to particle physics, anomaly detection and classification

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Advanced Particle Physics career

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Advanced Particle Physics ( 25 Modules )

Advanced Particle Physics
( 25 Modules )