PHYSICS 268R: Quantum Phases of Matter: 20. Luttinger liquids

(1:4:1econd)

PHYSICS 268R: Quantum Phases of Matter: 23. IQHE (contd)

(1:4:16)

PHYSICS 268R: Quantum Phases of Matter: 10. Boson Hubbard model - field theory

(1:12:42)

PHYSICS 268R: Quantum Phases of Matter: 12. Diagrams

(1:6:15)

PHYSICS 268R: Quantum Phases of Matter: 7. Landau-Ginzburg theory and vortices

(1:12:2)

PHYSICS 268R: Quantum Phases of Matter: 1. Fermi liquid theory

(1:7:50)

PHYSICS 268R: Quantum Phases of Matter: 36. Fermion-boson dualities

(1:2:1econd)

PHYSICS 268R: Quantum Phases of Matter: 22. Integer quantum Hall effect

(1:8:16)

PHYSICS 268R: Quantum Phases of Matter: 8. Vortices; Boson Hubbard model

(1:30:8)

PHYSICS 268R: Quantum Phases of Matter: 4. Bose gas-path integral; BCS theory

(1:9:41)

PHYSICS 268R: Quantum Phases of Matter: 30. Fractional Quantum Hall (contd)

(58:41)

PHYSICS 268R: Quantum Phases of Matter: 11. Field theory and correlation functions

(1:11:47)

PHYSICS 268R: Quantum Phases of Matter: 29. Fractional quantum Hall effect

(1:3:)

PHYSICS 268R: Quantum Phases of Matter: 34. Dualities (contd) old

(6:11)

PHYSICS 268R: Quantum Phases of Matter: 35. Applications of dualities to spin liquids

(1:2:21)

PHYSICS 268R: Quantum Phases of Matter: 13. Spectra across QPT - breakdown of quasiparticles

(1:4:50)

PHYSICS 268R: Quantum Phases of Matter: 19. Fermions and bosons in one dimension

(1:6:26)

PHYSICS 268R: Quantum Phases of Matter: 15. Schwinger boson theory of Z2 spin liquids

(1:15:51)