1. | Introduction | Introduction to Alfred Nobel and the Nobel Prizes | ||
2. | Superconductivity Ⅰ(1) | Nobel prize, superconductivity, The coopers problem | ||
Superconductivity Ⅰ(2) | ||||
3. | Superconductivity Ⅱ(1) | Language of 2nd Quantization formulations of quantum mechanics |
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Superconductivity Ⅱ(2) | ||||
4. | Superconductivity Ⅲ(1) | Principle of tunneling, the making of a tunnel junction, BCS theory | ||
Superconductivity Ⅲ(2) | ||||
5. | Superfluidity Ⅰ | Nobel prize-Lev Landau Landaus fermi liquid theory |
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6. | Superfluidity Ⅱ(1) | Fermion ideal gas Pauli spin susceptiblity Quasiparticle lifetime |
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Superfluidity Ⅱ(2) | ||||
7. | Fractional Quantum Hall Effect Ⅰ(1) | Classical Hall Effect Derive hall resistance |
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Fractional Quantum Hall Effect Ⅰ(2) | ||||
8. | The Nobel Prize in Physics 2012 | Ground-breaking experimental method Probing the Quantum-classical crossover |
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9. | Fractional Quantum Hall Effect Ⅱ(1) | Quantum Mechanics of a Particle in a Magnetic Field Laws of Classical Mechanics Poisson bracket Particle in a Magnetic Field |
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Fractional Quantum Hall Effect Ⅱ(2) | ||||
10. | Fractional Quantum Hall Effect Ⅲ(!) | How to measure fractional charge | ||
Fractional Quantum Hall Effect Ⅲ(2) | ||||
11. | Electron Localization Ⅰ(1) | The Nobel Prize in Physics 1977 the band theory of solids, Anderson transition, Mott insulator |
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Electron Localization Ⅰ(2) | ||||
12. | Electron Localization Ⅱ(1) | Motts law variable range hopping Hisenberg uncertainty principle |
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Electron Localization Ⅱ(2) | ||||
13. | Electron Localization Ⅲ(1) | Disorder - Electron Localization weak localization Quasiclassical approach to the weak localization |
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Electron Localization Ⅲ(2) | ||||
14. | Electron Localization Ⅳ | weak localization - effect of magnetic field |