NOC:Particle Physics and the Standard Model

Lecture 1 - Introduction to the course

Lecture 2 - Field content and symmetries

Lecture 3 - Stability of particles vs symmetry

Lecture 4 - Parity

Lecture 5 - Parity violation

Lecture 6 - Charge conjugation

Lecture 7 - CP and CPT symmetries

Lecture 8 - CP violation in weak forces

Lecture 9 - CP violation and time reversal

Lecture 10 - Special lecture: Feynman diagrams

Lecture 11 - More Feynman diagrams

Lecture 12 - Spin and statistics

Lecture 13 - Spinors: Round 1

Lecture 14 - Introduction to group theory

Lecture 15 - Isospin

Lecture 16 - Consequences of isospin

Lecture 17 - Continuous groups

Lecture 18 - Introduction to quantum field theory

Lecture 19 - Action principle

Lecture 20 - Spin-0 fields: zero-point energy

Lecture 21 - Cosmological constant problem

Lecture 22 - Spin-1 fields

Lecture 23 - Proca Lagrangian

Lecture 24 - Maxwell Lagrangian

Lecture 25 - Spin-1/2 fields: Dirac Lagrangian

Lecture 26 - Lorentz group

Lecture 27 - Spinors: Round 2

Lecture 28 - Gauge invariance and QED

Lecture 29 - Non-abelian gauges

Lecture 30 - Asymptotic freedom

Lecture 31 - Standard Model field content

Lecture 32 - The Higgs field

Lecture 33 - Breaking symmetry: Round 1

Lecture 34 - Breaking symmetry: Round 2

Lecture 35 - Goldstone’s theorem

Lecture 36 - Higgs mechanism

Lecture 37 - CKM matrix

Lecture 38 - CKM parameterisation

Lecture 39 - Weak CP violation

Lecture 40 - FCNCs and PMNS matrix

Lecture 41 - Unitarity triangles

Lecture 42 - Neutrino oscillations

Lecture 43 - Oscillation length

Lecture 44 - Atmospheric neutrinos

Lecture 45 - Solar neutrinos and matter effects

Lecture 46 - Neutrino mass ordering

Lecture 47 - Neutrino experiments

Lecture 48 - Particle collider configurations

Lecture 49 - Cross section

Lecture 50 - Deriving 2-to-2 cross section

Lecture 51 - Centre-of-momentum frame cross section

Lecture 52 - Particle decay

Lecture 53 - Proton decay

Lecture 54 - Dimensionality of time and particle decay

Lecture 55 - Scattering without QFT

Lecture 56 - Forward-backward asymmetry

Lecture 57 - Deep inelastic scattering

Lecture 58 - Quark parton model, summary of course