P700 Topics in Theoretical Physics :

• Lecture 1: Introduction to Quantum Computation and Information: The big picture
• Lecture 2: Introduction to Quantum Mechanics I
• Lecture 3: Introduction to Quantum Mechanics II
• Lecture 4: Local realism, Bell's inequalities
• Lecture 5: Introduction to Classical Computation
• Lecture 6: Computational Complexity for Physicists
• Lecture 7: The Physics of Information and Computation
• Lecture 8-10: Quantum Network Model of Computation
• Lecture 11: Introduction to Quantum Algorithms
• Lecture 12: Amplitude Amplification Algorithms
• Lecture 13-14: Superpolynomial Speed-up Algorithms I
• Lecture 14-15: Superpolynomial Speed-up Algorithms II
• Lecture 16-19: Physical Implementations of Quantum Information Processing Devices

Condensed Matter Physics:

• Algebraic Approach to Interacting Quantum Systems
• What is a Cooper pair?
• The Geometry of Quantum Phase Transitions
• The Bond-algebraic Approach to Dualities

Quantum Information and Computation:

• Introduction to Quantum Information Processing: A Primer
• Introduction to NMR Quantum Information Processing