Facts and mysteries in elementary particle physics / Martinus J.G. Veltman.

Preliminaries. Atoms, nuclei and particles
Photons
Antiparticles
Mass and energy
Events
Electron-volts and other units
Particle names and the Greek alphabet
Scientific notation
Standard model. Conservation of energy and charge
Quantum numbers
Color
Electron-neutrino, electron number and crossing
First family
Families and forces
Spin 1/2 particles
Spin 1 and 2 particles
Forces and interactions
Classification of interactions
Electromagnetic, weak, strong, Higgs and gravitational interactions
Representing interactions
Origin of quantum numbers
Quantum mechanics. Mixing. Two-slit experiment
Amplitude and probability
Cabibbo and CKM mixing
Neutrino mixing
Particle mixing
Energy, momentum and mass-shell. Conservation laws
Relativity
Relativistic invariance
Relation E [equals] mc [squared]
Detection. Photoelectric effect
Bubble chambers
Spark chambers
Proportional wire chambers
Accelerators and storage rings. Energy bubbles
Accelerators
Secondary beams
Machine builders
CERN neutrino experiment. Experimental set-up
Neutrino physics
First neutrino experiments
Vector bosons
Missed opportunities
Particle zoo. Bound states
Structure of quark bound states
Spin of a bound state
Mesons
Baryons
Exotics
Discovering quarks
Triplets versus doublets and lepton-quark symmetry
Particle theory. Feynman rules - Infinites
Perturbation theory
Renormalizability
Weak interactions
Compton scattering
Neutral vector bosons
Charmed quarks
Higgs particle
General Higgs couplings
Speculations
[Rho]-parameter
Finding the Higgs. Quantum chromodynamics. Confinement
Asymptotic freedom
Scaling.