The Feynman Lectures on Physics
Author:Richard P. Feynman, Robert B. Leighton, Matthew Sands
Edition:Volume 1
Principles of physics are explored through an intuitive and conceptual approach, emphasizing how the physical world operates from atoms to large-scale systems. It covers mechanics, energy, waves, thermodynamics, and early quantum ideas, connecting mathematical reasoning with real-world phenomena to build a deep understanding of motion, forces, light, and matter.

Chapters
- Chapter 1: Atoms in Motionβ
- Chapter 2: Basic Physics β Core Principlesβ
- Chapter 3: Physics and Other Sciences β Connectionsβ
- Chapter 4: Conservation of Energyβ
- Chapter 5: Time and Distance β Measuring Motionβ
- Chapter 6: Probability in Physics β Chance & Uncertaintyβ
- Chapter 7: Gravitation β From Newton to Einsteinβ
- Chapter 8: Motion and Accelerationβ
- Chapter 9: Newtonβs Laws of Dynamics Simplifiedβ
- Chapter 10: Conservation of Momentumβ
- Chapter 11: Vectors and Symmetry in Physicsβ
- Chapter 12: Forces in Physics β Friction to Fieldsβ
- Chapter 13: Work and Potential Energy (Part A)β
- Chapter 14: Work and Potential Energy (Part B)β
- Chapter 15: Special Theory of Relativityβ
- Chapter 16: Relativistic Energy and Momentumβ
- Chapter 17: Space-Time and Four-Vector Geometryβ
- Chapter 18: Rotation in Two Dimensionsβ
- Chapter 19: Center of Mass and Moment of Inertiaβ
- Chapter 20: Rotation in Space β Gyroscope Motionβ
- Chapter 21: The Harmonic Oscillatorβ
- Chapter 22: Algebra & Complex Numbers in Physicsβ
- Chapter 23: Resonance β Oscillations and Dampingβ
- Chapter 24: Transients β Damped Oscillations & Circuitsβ
- Chapter 25: Linear Systems and Reviewβ
- Chapter 26: Optics β The Principle of Least Timeβ
- Chapter 27: Geometrical Optics β Reflection & Refractionβ
- Chapter 28: Electromagnetic Radiationβ
- Chapter 29: Interference of Light Wavesβ
- Chapter 30: Diffraction β Gratings and Wave Behaviorβ
- Chapter 31: Origin of the Refractive Indexβ
- Chapter 32: Radiation Damping and Light Scatteringβ
- Chapter 33: Polarization of Lightβ
- Chapter 34: Relativistic Effects in Radiationβ
- Chapter 35: Color Vision β The Physics of Seeing Colorβ
- Chapter 36: Mechanisms of Seeing β The Human Eyeβ
- Chapter 37: Quantum Behavior β Wave-Particle Dualityβ
- Chapter 38: Relation of Wave and Particle Viewpointsβ
- Chapter 39: Kinetic Theory of Gasesβ
- Chapter 40: Principles of Statistical Mechanicsβ
- Chapter 41: The Brownian Movementβ
- Chapter 42: Applications of Kinetic Theoryβ
- Chapter 43: Diffusion β Molecular Motionβ
- Chapter 44: Laws of Thermodynamicsβ
- Chapter 45: Illustrations of Thermodynamicsβ
- Chapter 46: Ratchet and Pawl β Irreversibility & Entropyβ
- Chapter 47: Sound and the Wave Equationβ
- Chapter 48: Beats β Adding and Modulating Wavesβ
- Chapter 49: Modes β Reflection & Natural Frequenciesβ
- Chapter 50: Harmonics and Fourier Seriesβ
- Chapter 51: Waves β Shock, Bow & Surface Phenomenaβ
- Chapter 52: Symmetry in Physical Lawsβ
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