Lecture Notes – Particle Physics 2016

  • 18.4. Overview, special relativity
    Lecture 1
  • 20.4. Special relativity, nonrelativistic quantum mechanics, phase space
  • 25.4. Relativistic phase space, particle decays, cross-sections and luminosity
  • 27.4. Cross-sections, differential cross-sections
  • 2.5. Dirac equation
  • 4.5. Solutions to the Dirac equation
  • 9.5.Interaction by exchange, propagators
  • 11.5. Feynman rules for QED
  • 18.5. e+e- scattering
    Lecture 9
  • 23.5. e+e- scattering, chirality, tau mass measurement
    Lecture 10, Notes on trace techniques
  • 25.5. Electron-proton scattering
    Lecture 11
  • 30.5. Deep inelastic scattering, PDFs
    Lecture 12
  • 1.6. Scaling violations, group theory
    Events in H1
  • 6.6. Groups and symmetries
    SU(2) notes by S.Schnetzer, Rutgers
  • 8.6. Flavour SU(3), mesons and baryons
    Hadron masses
  • 13.6. QCD
  • 15.6. QCD
    QCD Plots
  • 20.6. QCD
  • 22.6. Weak interaction
  • 27.6. Weak interaction
  • 29.6. Weak interaction
    Weak interaction
  • 4.7. Flavour, CKM and Neutrinos
    CKM and Neutrinos
  • 6.7. Neutrino oscillations
  • 11.7. Meson mixing, electroweak unification
  • 13.7. Electroweak unification
  • 18.7. Higgs mechanism
  • 20.7. Higgs discovery, the Standard Model and Beyond
    Higgs, SM, Beyond