Quantum Mechanics (English)

   Friday, October 18, 2024   

Starting a new Lecture Notes Series on Quantum Mechanics

Youtube Lecture Playlist Credits 

Channel Name: For the Love of Physics

So Let Us Start to This Journey of Learning 

Quantum Mechanics By Lecture Notes together!

Lecture 1: Lecture Series on Quantum Mechanics - Beginner to Advanced | Complete Syllabus 💯

Lecture 2: Quantum Mechanics - Book Recommendations 📖📒

Lecture 3: WHAT IS LIGHT? Welcome to the Classical Era of Physics!

Lecture 4: Blackbody Radiation Part 1 - Experimental Observations: Stefan Law, Wiens Displacement Law

Lecture 5: Rayleigh Jeans Law & The Failure of Classical Physics

Lecture 6: Planck Theory of Blackbody Radiation - Only Resolution to Ultraviolet Catastrophe! (DERIVATION)

Lecture 7: Understanding Ultraviolet Catastrophe & Planck Postulate | The Birth of Quantum Mechanics

Lecture 8: The Photoelectric Effect shows the Dual nature of light | What is a Photon?

Lecture 9: Compton Effect Reveals the True Nature of Light | Derivation of Compton Equation

Lecture 10: Something from Nothing: Pair Production & Pair Annihilation

Lecture 11: De Broglie Hypothesis & Matter Waves | The Dual Nature of Matter & Radiation

Lecture 12: Davisson-Germer Experiment & Wave-Particle Duality

Lecture 13: Double Slit Experiment & 5 MIND BLOWING Predictions about Quantum Mechanics

Lecture 14: What is a Wave Packet in Quantum Mechanics?

Lecture 15: Group & Phase Velocities of Wave packet in Quantum Mechanics

Lecture 16: What is Uncertainty Principle? Wave Packet Approach - Fourier Transforms of Position/Momentum space

Lecture 17: Zero Point Energy | Virtual Particles | Bohr Radius | Spectral Width | Nuclear Electron

Lecture 18: Structure of Atom | Bohr Model - Energy & Radius Calculations | e-Wave Quantization

Lecture 19: Spectral Series & Atomic Transitions Explained | Success of Bohr Model

Lecture 20: Laser Physics - Stimulated Emission & Einstein Coefficients | Three Level Laser

Lecture 21: SCHRÖDINGER'S EQUATION (Derivation) - Plausibility Argument & Time-Independent SE Derivation

Lecture 22: Born's Statistical (Probabilistic) Interpretation of Quantum Mechanics

Lecture 23: Wavefunction & Normalization EXPLAINED

Lecture 24: Expectation Values of Position & Momentum | Basics of Probability Theory | OPERATORS

Lecture 25: EHRENFEST THEOREM | The BRIDGE between Quantum & Classical Physics

Lecture 26: Probability Current in QM

Lecture 27: Wave Function in Momentum Space

Lecture 28: Problem Solving in QM - Part I (Quick Revision for Competitive Exams)

Lecture 29: Problem Solving in QM - Part II (Quick Revision for Competitive Exams)

Lecture 30: Stationary States, Energy Levels, Superposition & Wavefunction Collapse

Lecture 31: Free Particle in Quantum Mechanics

Lecture 32: Particle in a 1D Box | Infinite Potential Well Problem in QM

Lecture 33: Particle in a 2D Box

Lecture 34: Particle in a 3D Box

Lecture 35: Degeneracy in QM

Lecture 36: Step Potential Part I (E more than V) | Reflection & Transmission Probability (Derivation)

Lecture 37: Step Potential Part II (E less than V) | Particle Penetrates Barrier

Lecture 38: Quantum Tunneling