Lecture 24, Mar 12: Symmetry and Conservation Rules

Lecture 23, Mar 12: Fundamental particles and interactions

Lecture 22, Mar 9: Nuclear Fission and Fusion Reactions

Lecture 21, Mar 7: Radioactive decays and radioactive decay law

Lecture 20, Mar 5: Nuclear Models: Liquid Drop and Shell

Lecture 19, Mar 2: Nuclear structure, size, and force

Lecture 18, Feb 24: Superconductors

Lecture 17, Feb 22: Semiconductor Theory and Devices

Lecture 16, Feb 17: Energy bands and Conduction

Lecture 15, Feb 15: Molecular spectra and Crystalline solids

Lecture 14, Feb 13: Molecules

Lecture 13, Feb 10: Boson Examples: Black body radiation and Laser

Lecture 12, Feb 8: Classical limits and Quantum Gas Examples

Lecture 11, Feb 6: Quantum Statistics

Lecture 10, Feb 3: Boltzman Statistics

Lecture 9, Jan 30: Angular momentum in external magnetic fields

Lecture 8, Jan 27: Multi-electron atoms, identical particles, and exclusion principle