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Physics
Condensed Matter and Materials Physics
Solid State Physics
1. Introduction to Solid State Physics
2. Crystal Structure and Geometry
3. Diffraction and Reciprocal Lattice
4. Crystal Binding and Elastic Properties
5. Lattice Dynamics and Phonons
6. Thermal Properties
7. Free Electron Theory
8. Band Theory of Solids
9. Semiconductor Physics
10. Optical Properties
11. Magnetic Properties
12. Superconductivity
13. Defects in Crystals
Band Theory of Solids
Bloch's Theorem
Statement and Proof
Bloch Functions
Crystal Momentum
Reduced Zone Scheme
Nearly Free Electron Model
Weak Periodic Potential
Perturbation Theory
Energy Gaps at Zone Boundaries
Bragg Reflection
Extended Zone Scheme
Tight-Binding Model
Linear Combination of Atomic Orbitals
Overlap Integrals
Transfer Integrals
Band Formation
Bandwidth and Hopping
Applications to Simple Systems
Kronig-Penney Model
One-Dimensional Periodic Potential
Delta Function Potential
Transcendental Equation
Allowed and Forbidden Bands
Band Structure Calculations
Pseudopotential Method
Augmented Plane Wave Method
Density Functional Theory
k·p Method
Classification of Solids
Metals
Partially Filled Bands
Fermi Surface
Electronic Properties
Insulators
Filled Valence Band
Empty Conduction Band
Large Band Gap
Semiconductors
Small Band Gap
Temperature-Dependent Properties
Semimetals
Small Overlap of Bands
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7. Free Electron Theory
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9. Semiconductor Physics