Quantum Mechanics
5.0
(3)
26 learners
What you'll learn
This course includes
- 31.5 hours of video
- Certificate of completion
- Access on mobile and TV
Course content
1 modules • 44 lessons • 31.5 hours of video
Quantum Mechanics
44 lessons
• 31.5 hours
Quantum Mechanics
44 lessons
• 31.5 hours
- Lecture Series on Quantum Mechanics (Beginner to Advanced)19:53
- Best Book on Quantum Mechanics? - Recommendations 📖📒13:51
- WHAT IS LIGHT? From Maxwell's Equations to Photons30:21
- Blackbody Radiation Part 1 - Experimental Observations: Stefan Law, Wiens Displacement Law23:58
- Rayleigh Jeans Law & The Ultraviolet Catastrophe (Derivation)42:16
- Planck Theory of Blackbody Radiation Solves UV Catastrophe! (DERIVATION)48:25
- Blackbody Radiation — From UV Catastrophe to Planck Postulate (Summary)28:47
- Photoelectric Effect & Dual nature of Light | EXPLAINED 34:02
- Compton Effect (Step by Step) - Derivation42:59
- Pair Production & Annihilation26:34
- De Broglie Hypothesis & Matter Waves | Wave Particle Duality20:24
- Davisson-Germer Experiment & Wave-Particle Duality22:30
- Double Slit Experiment EXPLAINED — Wave Particle Duality42:34
- What is a Wave Packet in Quantum Mechanics? (Step by Step)36:34
- Group & Phase Velocities of Wave packet in Quantum Mechanics (Proof)43:33
- Uncertainty Principle - Explained (Step by Step)53:21
- Uncertainty Principle | 5 Real-World Consequences (Zero-Point Energy, Tunneling & More)51:46
- Bohr Model of Atom — Energy Levels & Radius (Derivation)38:12
- Hydrogen Spectra — Lyman, Balmer & Paschen Series | EXPLAINED21:37
- Laser Physics - Stimulated Emission & Einstein Coefficients | Three Level Laser | EXPLAINED 41:11
- SCHRÖDINGER'S EQUATION - Full Derivation (Step by Step) Time-Independent SE55:36
- Born's Statistical Interpretation of Quantum Mechanics (Simply Explained)26:25
- Wavefunction & Normalization EXPLAINED32:35
- Expectation Values of Position & Momentum | Basics of Probability Theory & OPERATORS57:28
- EHRENFEST THEOREM | The BRIDGE between Quantum & Classical Physics (Derivation)39:44
- Probability is a Fluid in QM - Probability Current EXPLAINED36:35
- Wave Function in Momentum Space | Fourier Transform38:25
- Problem Solving in QM - Part I (for Competitive Exams)01:07:47
- Problem Solving in QM - Part II (For Competitive Exams)55:01
- Stationary States, Energy Levels, Superposition & Wavefunction Collapse41:29
- Free Particle in Quantum Mechanics (Simply Explained)23:39
- Particle in a 1D Box (Step by Step) Derivation | Energy Levels, Eigenfunction solutions & more39:04
- Particle in a 2D Box | Energy Levels & Eigenfunctions (Derivation)31:25
- Particle in a 3D Box | Energy Levels & Eigenfunctions (Derivation)32:07
- What Degeneracy in Quantum Mechanics? Explained (with Examples)15:50
- Step Potential Part I (E more than V) | Reflection & Transmission Probability (Derivation)45:19
- Step Potential Part II (E less than V) | Particle Penetrates Barrier (Derivation)23:16
- Quantum Tunneling (Step by Step) Derivation 47:26
- Quantum Mechanics Problem Solving III - 10 Problems on Infinite Potential Well01:16:47
- Finite Potential Well in Quantum Mechanics (Step by Step Derivation)55:05
- Dirac Delta Potential Well - Bound State | Energy Level & Eigenfunction (Derivation)48:18
- Dirac Delta Potential Scattering Solutions - Reflection & Transmission Probability (Derivation)38:32
- Harmonic Oscillator - DERIVATION (Analytic Method) | Energy & Eigenfunction Solutions 01:32:45
- Hydrogen Atom - Full Derivation from Schrodinger Equation (Step by Step) | Quantum Mechanics03:20:03
