EPR paradox and Bell inequalities (week 1)
The probability matrix (week 2)
Wigner function (week 3)
Quantum measurements (weeks 4-5)
Entanglement and entropy (week 6)
Quantum Computation (7-9)
Linear response theory, Kubo formula (week 10)
Adiabatic processes, Berry phase (week 11)
Born-Oppenheimer picture (week 12)
Dissipation and Decoherence (week 12)
Optional: Landauer and Quantum Pumping.
Optional: Master equations.
Optional: Feynman-Vernon Formalism.
Optional: The spin boson model.
Optional: RMT and banded matrices

• EPR  paradox and Bell inequalities (week 1)
• The probability matrix (week 2)
• Wigner function (week 3)
• Quantum measurements (weeks 4-5)
• Entanglement and entropy (week 6)
• Quantum Computation (7-9)
• Linear response theory, Kubo formula (week 10)
• Adiabatic processes, Berry phase (week 11)
• Born-Oppenheimer picture (week 12)
• Dissipation and Decoherence (week 12)
• Optional: Landauer and Quantum Pumping.
• Optional: Master equations.
• Optional: Feynman-Vernon Formalism.
• Optional: The spin boson model.
• Optional: RMT and banded matrices

L.E.Ballentine, Quantum Mechanics (library code: QC 174.12.B35)
M.A. Nielsen and I.L.Chuang, Quantum Computation (library code: QA 76.889.N54)
http://arxiv.org/abs/quant-ph/0605180
http://arxiv.org/abs/1107.0568