Chris Henley: "States in Solids" book

I am working (since 1997!) on a textbook for the advanced graduate solid state course (called Solid State II, Physics '636 at Cornell), to be published by Cambridge University Press. Though most chapters are unpolished, I'll make it available to instructors who want to test chapters as a textbook, or use it for their preparation -- conditioned on sending your criticisms!

Sample chapters:

Complete Table of contents (this is only the chapters handed out for Physics '636 spring 2009).

Units:

1. Basics

(hopping electrons, phonon ground state, effective Hamiltonians via 2nd-order degenerate pert. theory, Landau mean-field theory, Fermi liquid theory, Luttinger liquid)

2. Quantum theory of electron transport

(Landauer [transmission] viewpoint, weak localization, Anderson localization)

3. Structural degrees of freedom

(Incommensurate crystals, charge-density waves, tunneling systems)

4. Magnetism of individual moments and their interactions

(including Kondo problem)

5. Collective magnetism

(lattice antiferromagnets, itinerant ferromagnets, Hubbard model and Mott insulators, quantum antiferromagnets)

6. Superconductivity

(Ginzburg-Landau macroscopic theory)

7. Superconductivity

(BCS microscopic theory)

8. Exotic superconductivity

(3He and other anisotropic superconductors, high-Tc cuprates)