Learn · Topology and Condensed Matter Physics
Lecture 1 of 31Week-1: Introduction to Topology
Lec 1: Introduction to Topology
Prof. Saurabh Basu · IIT Guwahati
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- Topology and Condensed Matter Physics, IIT Guwahati (at NPTEL)
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- CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
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- NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge.
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All the lectures
- Lec 1: Introduction to Topology
- Lec 2: Topological invariant, Berry phase
- Lec 3: Second quantization
- Lec 4: Ten Fold Classification
- Lec 5: Symmetries and SSH - model
- Lec 6: SSH - model, Introduction to superconductivity
- Lec 7: Kitaev model
- Lec 8: Introduction to Classical and Quantum Hall effect
- Lec 9:Quantum Hall Effect
- Lec 10: Landau Levels
- Lec 11: Properties of Landau Levels
- Lec 12: Edge modes of Landau levels, Incompressibility of Quantum Hall States
- Lec 13: Kubo formula
- Lec 14: Hall quantization and Topological invariant
- Lec 15: Electronic structure of Graphene
- Lec 16: Symmetries and QHE in Graphene
- Lec 17: Haldane model
- Lec 18: Anomalous quantum Hall effect in Haldane model
- Lec 19: Introduction of spin Hall effect
- Lec 20: Spin current, quantum spin Hall effect
- Lec 21: Quantum spin Hall insulator, Kane Mele model
- Lec 22: Kane Mele model with Rashba spin-orbit coupling, spin Hall conductivity
- Lec 23: Symmetric gauge in FQHE
- Lec 24: Laughlin States
- Lec 25: Plasma analogy
- Lec 26: Composite Fermions, Hierarchy picture
- Lec 27: Topological Consideration of FQHE
- Lec 28: 3D Topological Insulators
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- Live Session 21-03-2025