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Physics
Quantum Physics
Quantum Mechanics
1. Historical Development and Foundations
2. Mathematical Foundations
3. Wave Function Formalism
4. Quantum Mechanical Operators
5. Hilbert Space and Dirac Notation
6. One-Dimensional Systems
7. Three-Dimensional Systems
8. Angular Momentum Theory
9. The Hydrogen Atom
10. Approximation Methods
11. Identical Particles and Many-Body Systems
12. Scattering Theory
13. Quantum Mechanics of Radiation
14. Relativistic Quantum Mechanics
15. Interpretations and Foundations
16. Advanced Topics
15.
Interpretations and Foundations
15.1.
Measurement Problem
15.1.1.
Wave Function Collapse
15.1.2.
Schrödinger's Cat
15.1.3.
Measurement Theory
15.1.4.
Decoherence
15.2.
Copenhagen Interpretation
15.2.1.
Bohr and Heisenberg
15.2.2.
Complementarity
15.2.3.
Observer Role
15.2.4.
Probabilistic Nature
15.3.
Alternative Interpretations
15.3.1.
Many-Worlds Interpretation
15.3.2.
Hidden Variable Theories
15.3.3.
Pilot Wave Theory
15.3.4.
Consistent Histories
15.4.
Bell's Theorem
15.4.1.
Local Realism
15.4.2.
Bell Inequalities
15.4.3.
Experimental Tests
15.4.4.
Quantum Nonlocality
15.5.
Quantum Information
15.5.1.
Quantum Entanglement
15.5.2.
Quantum Computing
15.5.3.
Quantum Cryptography
15.5.4.
Quantum Teleportation
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16. Advanced Topics