Quantum Particles Chapter 5 

• review of relativistic energy and momentum (chapter 4)
• de Broglie wavelength
• probability amplitude
• elements of classical probability
• diffraction of matter
• uncertainty principle
  

Quantum Mechanics Chapter 7 

• Schrodinger equation: probability amplitudes, expectation values
  
• free particle:  superposition, wave packets, uncertainty principle
• energy eigenstates: particle in a box, harmonic oscillator
• tunnelling
  

Atomic physics  Chapters 8,9,10

• quantization of angular momentum
• energy eigenstates 
• spin
• fine structure of Hydrogen
• atomic transitions 
• zeeman effect
• lamb shift
• Pauli exclusion principle
• multielectron atoms and the periodic table
• the Hydrogen Molecule

Classical and Quantum Statistics Chapter 2,3,12

• ideal gas law
• Maxwell-Boltzmann
• density of states
• fermi-dirac distribution
• degeneracy pressure- neutron stars
  
• bose-einstein distribution
• black body radiation
• radiation pressure
  
• bose-einstein condensate

Conductors, Insulators, Semi-conductors  14

• electronic energy bands
• Fermi energy
• heat capacity
• Ohm's law
• semiconductors
• diode junction

Nuclear Physics Chapters 6,11

• scattering and the cross section
• the nuclear force: range, charge-independence, spin-dependence (the deutron)
  
• nuclear structure 
• radioactive decays and nuclear interactions
• Mossbauer effect
• interaction of radiation and bulk matter

Elementary Particles Chapters 16,17.18

• particle detectors
• particles and antiparticles
• hadron spectrocopy and quarks
• deep inelastic scattering-- quarks, gluons, QCD
• weak interactions
• Standard Model of Particle Physics
• search for the Higgs

Astroparticle Physics and Cosmology  Chapter 19

• What is General Relativity?
• the Big Bang
• particle physics and the early universe
• dark matter
• dark energy