• Distinction μ/π
• π⁺ branching ratios into leptons
• π⁰ lifetime
• Primakoff effect
• Quantum numbers of the pions
• Neutrino helicity
• K mixing, Ks regeneration, CP violation
• Discovery of neutral currents
• Discovery of J/ψ
• J/ψ width
• Discovery of τ
• Discovery of Υ
• Discovery of the gluon (and measurement of its spin)
• W and Z at the SPS
• Unitarity triangle
• D⁰ mixing
• CP violation in B
• Search of H into γγ
• CP properties of Higgs
• g-2 experiments
• Neutrino oscillations
• Neutrino oscillations: SNO experiment (+ reactors)
• Neutrino oscillations: atmosferic (SuperKamiokande)
• Tau neutrino mass
• Double beta decay
• Supernova detection with neutrinos
• Supernova SN1987A
• Magnetic monopoles
• Number of neutrino families
• Top quark at ILC
• Solar axion search
• Exercises with isospin

Detection techniques:

• Calorimetry
• Scintillators
• Tracker (momentum)
• Silicon microstrips: signal, noise, peak, deco
• Cerenkov
• RICH
• TRD
• RPC
• Drift chambers
• Drift Tubes
• CSC
• TGC
• Energy Flow
• dE/dx
• Time-Of-Flight
• TPC
• Roman pots

Detectors:

• BaBar
• ALEPH
• OPAL
• L3
• DELPHI
• CMS
• ATLAS
• NA48
• KLOE
• UA1
• Willis' calorimeter (uranium)

Accelerator issues:

• Total cross section and luminosity at LHC
• Energy: resonant depolarization
• Stochastic cooling

Statistics:

• Limits (Poisson statistics)
• Likelihood method

Useful links:
High School Teachers program at CERN
BaBar physics book
Introduction to Accelerator Physics
CERN Accelerator School (1)
CERN Accelerator School (2)
DePAC - DETECTOR PHYSICS and APPLICATIONS CENTER
Lecture on particle detectors