Quantum Mechanics

16.

Advanced Topics

16.1.

Quantum Field Theory Introduction

16.1.1.

Second Quantization

16.1.2.

Field Operators

16.1.3.

Particle Creation and Annihilation

16.1.4.

Feynman Diagrams

16.2.

Condensed Matter Applications

16.2.1.

16.2.2.

Quantum Hall Effect

16.2.3.

Superconductivity

16.2.4.

Bose-Einstein Condensation

16.3.

Atomic and Molecular Physics

16.3.1.

Multi-Electron Atoms

16.3.2.

Molecular Orbital Theory

16.3.3.

Chemical Bonding

16.3.4.

16.4.

Nuclear Physics Applications

16.4.1.

16.4.2.

Radioactive Decay

16.4.3.

Nuclear Reactions

16.4.4.

Fission and Fusion

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15. Interpretations and Foundations

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1. Historical Development and Foundations