1. Fundamentals of band structure
   • Free electron gas
   • Bloch theorem
2. Boltzmann transport equation
   • motion in constant E field → Drude result
   • diffusion
   • phonon scattering mechanism
3. Quantum transport
   • elastic vs inelastic scattering
   • 1d wire no scattering
   • Landauer formalism
4. Quantum to classical crossover
   • Transmission probabilities
   • Resonant tunneling
   • Incoherent scattering
   • Localization
5. Transport in magnetic field - topological phenomena
   • Vector potential and electron phase
   • Examples: AB effect & QHE
6. Tunneling
   • WKB approx & STM
   • Fermi golden rule
   • Coulomb blockade (class project)
7. Superconductivity
   • Meissner effect, flux quantization, length scales
   • BCS theory
   • High temperature superconductors

Other

• Metal-Insulator transition
• Difference between Mott insulator and Anderson localization
• Thomas-Fermi screening
• Other oscillatory B-field effects (Shubnikov-de Haas, de Haas-van Alphen, etc)
• Coulomb blockade

• Janet's PH575 class and see the “Links” page there.
• Cees Harmans' mesoscopic physics notes
• Fundamental constants from NIST (2014 CODATA recommended values)

• Simulations from Cornell University. Drude model shows motion of 8 electrons in crossed E and B fields. Other useful ones are Bloch, Peierls, Ziman
• Good free electron summary.

• Dispersion relations and animations of phonon modes in several different crystals. Also surface phonons.
• http://wolf.ifj.edu.pl/phonon/animation/, animations of phonon modes
• http://phet.colorado.edu/en/simulation/phet normal-modes, simulation of vibrational normal modes from PHET project
• Java applet with interactive features demonstrating acoustic and optic phonon modes of diatomic chain (requires java).

• Carbon Nanotube Quantum Resistors http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.139.3328&rep=rep1&type=pdf
• I found this discussion of two conducting channels in carbon nanotubes helpful. -Dan
• Localization in SWCNT transport

• W-F law (N.P. Ong, Princeton)

• Chapter 8 of our Kittel text has the very basics you need to know.
• Nice compilation of semiconductor properties from the Ioffe Institute in Russia. m_eff, band gaps, for Si, GaAs and others.
• For II-VI (and other) semiconductors, see the page by D. W. Palmer

• Mott variable range hopping

• Physics Today article on AB effect in normal metal
• Feynman on AB effect

• Schwarzchild PT 1985 Nobel article
• Avron PT 2003 - Physics Today Article on the QHE
• Macdonald's article on the integer QHE and other QHEs phenomena is at quite a high level, but worth looking at because it addresses many of the complexities. Note p197 is misplaced in this version.
• The Marcus group theses have many studies of the QHE and other mesoscopic systems. In particular, I found McClure's thesis helpful.

• Review of magnetic tunnel junctions
• Review of scanning tunneling microscopy with particular reference to Fe-based superconductors by J. Hoffman, Harvard.

• Superconductivity at 203K (under pressure) in HS system: http://www.nature.com/nature/journal/v525/n7567/full/nature14964.html

Free access (usually) from OSU domain. If not in OSU domain, access from the OSU Library page. If OSU does not subscribe, then request article via inter-library loan.

• Physical Review X
• Science
• Nature
• Nature Physics
• Proceedings of the National Academy of Sciences (PNAS)
• Physical Review Letters
• Nano Letters
• Applied Physics Letters