Learn · Electronic Properties of the Materials: Computational Approach
Lecture 28 of 40Week 6
Lecture 28: Fermi Surface Part 3
Prof. Somnath Bhowmick · IIT Kanpur
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All the lectures
- Lecture 1: Introduction to electronic materials
- Lecture 2: Drude model and failure of classical theory
- Lecture 3: Schrödinger equation and particle in a box
- Lecture 4: Solving Schrödinger equation for different potentials
- Lecture 5: Visualization using python (part 1)
- Lecture 6: Visualization using python (part 2)
- Lecture 7: Numerov method: algorithm
- Lecture 8: Numerov method: code
- Lecture 9: WKB approximation (part 1)
- Lecture 10: WKB approximation (part 2)
- Lecture 11: Quantum free electrons: Sommerfeld theory (part 1)
- Lecture 12: Quantum free electrons: Sommerfeld theory (part 2)
- Lecture 13: Quantum free electrons: Sommerfeld theory (part 3)
- Lecture 14: Quantum free electrons: Sommerfeld theory (part 4)
- Lecture 15: Sommerfeld model: Selected numerical exercise using python
- Lecture 16: Real lattice and Reciprocal lattice
- Lecture 17: X-ray diffraction, periodic potential, Bloch theorem
- Lecture 18: Bloch electrons in 1D solid: part 1
- Lecture 19: Bloch electrons in 1D solid: part 2
- Lecture 20: Bloch electrons in 1D solid: part 3
- Lecture 21: Origin of band gap: part 1
- Lecture 22: Origin of band gap: part 2
- Lecture 23: Origin of band gap: part 3
- Lecture 24: Band Structure in 1D: Different Representations
- Lecture 25: Band structure in 2D and 3D
- Lecture 26: Fermi Surface Part 1
- Lecture 27: Fermi Surface Part 2
- Lecture 28: Fermi Surface Part 3
- Lecture 29: Semiclassical Electron Dynamics: Part 1
- Lecture 30: Semiclassical Electron Dynamics: Part 2
- Lecture 31: Semiclassical Electron Dynamics: Concept of hole
- Lecture 32: Semiclassical Electron Dynamics: Concept of effective mass
- Lecture 33: Semiclassical Electron Dynamics: Concept of electron and hole orbit
- Lecture 34: Tight-Binding Method: Part 1
- Lecture 35: Tight-Binding Method: Part 2
- Lecture 36: Tight-Binding Method: Part 3
- Lecture 37: Semiconductors: Part 1
- Lecture 38: Semiconductors: Part 2 (Si, Ge, and GaAs)
- Lecture 39: Semiconductors: Part 3 (Law of Mass Action)
- Lecture 40: Semiconductors: Part 4 (Impurity Conductivity)