The Feynman Lectures on Physics
Author:Richard P. Feynman, Robert B. Leighton, Matthew Sands
Edition:Volume 3
Quantum mechanics is explored through a conceptual approach that emphasizes probability, wave-particle duality, and the mathematical framework underlying microscopic phenomena. It examines topics such as quantum states, spin, interference, and the Schrödinger equation, connecting these principles to atomic structure, semiconductors, and modern physics.
Chapters
- Chapter 1: Quantum Behavior→
- Chapter 2: The Relation of Wave and Particle→
- Chapter 3: Probability Amplitudes & Interference→
- Chapter 4: Identical Particles & Quantum States→
- Chapter 5: Spin One – Stern-Gerlach Experiment→
- Chapter 6: Spin One-Half & Rotations in Quantum Mechanics→
- Chapter 7: Time Dependence of Amplitudes→
- Chapter 8: The Hamiltonian Matrix→
- Chapter 9: The Ammonia Maser & Energy Transitions→
- Chapter 10: Other Two-State Quantum Systems→
- Chapter 11: More Two-State Systems – Pauli Matrices→
- Chapter 12: Hyperfine Splitting in Hydrogen→
- Chapter 13: Propagation in a Crystal Lattice→
- Chapter 14: Semiconductors & the Transistor Effect→
- Chapter 15: The Independent Particle Approximation→
- Chapter 16: Dependence of Amplitudes on Position→
- Chapter 17: Symmetry and Conservation Laws→
- Chapter 18: Angular Momentum & Photon Emission→
- Chapter 19: The Hydrogen Atom & Periodic Table→
- Chapter 20: Operators in Quantum Mechanics→
- Chapter 21: The Schrödinger Equation & Superconductivity→
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