6.732 SOLID STATE PHYSICS

INSTRUCTOR: M. S. Dresselhaus

STAFF:

• Oded Rabin -- Head TA; Room 13-3025 oded@mgm.mit.edu
• Marcie Black -- TA assistant; Room 13-3041 mrb@mgm.mit.edu
• Yu-Ming Lin -- TA assistant; Room 13-3037 yming@mgm.mit.edu
• Laura Doughty -- Support; Room 13-3005 laura@mgm.mit.edu

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COURSE TEXTS

• Lecture Notes PART 1 chapters 1-6 [PDF - 124 pages]
• Lecture Notes PART 1 chapters 9-10 [PDF - 41 pages]
• Lecture Notes PART 1 appendices A-G [PDF - 140 pages] (Time-Independent Perturbation Theory; 1D-graphite: carbon nanotubes; Harmonic Oscillators, Phonons, and Electron-Phonon Interaction; Artificial Atoms; Transport in 1D materials; Low Dimensional systems as promising thermoelectric materials: a study of 1-D bismuth nanowires; Ion Implantation and Rutherford Backcattering Spectroscopy)
• Lecture Notes PART 2 chapters & appendices [PDF - 253 pages]

• Lecture Notes PART 1 [PDF - 233 pages]
• Lecture Notes PART 2 [PDF - 198 pages]
• Lecture Notes PART 3 [PDF - 143 pages]
• Lecture Notes PART 4 [PDF - 68 pages]

• Carbon Nanotubes, Ed. M.S. Dresselhaus, G. Dresselhaus, Ph. Avouris