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Lecture-1 Origins of Quantum Mechanics_ photoelectric effect _ Quantum Mechanics
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Lecture-2 Origin of Quantum Mechanics l Compton Effect l Pair production
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Lecture-3 Phase and Group Velocity Quantum Mechanics
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Lecture-4 Heisenberg uncertainty principle l Schrodinger Equations l Quantum Mechanics
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Lecture-5 Mixed states l Pure States l Acceptable Wavefunction
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Lecture-6 Linear Vector Space and Hilbert Space l Language and tools of Quantum mechanics
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Lecture-7 Inner product l normalization and orthogonality condition l orthonormal basis vector
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Lecture-8 Dirac Notations l Quantum Oprators l Eigen values and Eigen vectors
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Lecture-9 Eigen values and Eigen Vectors l examples l short Tricksl Quantum mechanics
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Lecture-10 Eigen Values AND Eigen Vectors l Problem Solutions 2
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Lecture-11 Completness Theoram and its use l How to find Oprator
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Lecture-12 Probability of eigen values l Problem solutions lQuantum mechanics
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Lecture-13 Examples of probability of Eigen values l Quantum mechanics
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Lecture-14 Time evolution of state its probability and total probability Quantum mechanics
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Lecture-15 Commutator Bracket part1 l Quantum mechanics
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Lecture-16 Commutator Bracket part 2 l Quantum Mechanics
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Lecture-17 Expectation value| Quantum mechenics l Quantum Mechanics
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Lecture-18 Expectation value and examples | Quantum Mechanics
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Lecture-19 Projection Operator _ Error in Measurement standard deviation _Quantum Mechanics
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Lecture-20 Examples of Expectation value evolution of state in time | Quantum Mechanics
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Lecture-21 Examples of Expectation value and probability of eigen values | Quantum Mechanics
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Lecture-22 Time Independent Schrodinger wave equation | Potential systems _ Quantum Mechanics
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Lecture-23 Solution of Schrodinger Wave equatiom for Free Particle | current density _ Quantum
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Lecture-24 Step potential | potential barrier _Quantum tunnelling _ Quantum mechenics
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Lecture-25 Transmission probability | Transmission Reflection coefficients_ quantum Mechanics
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Lecture-26 Asymmetric Infinite Square well Potential_ Quantum Mechanics
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Lecture-27 Symmetric potential well 1-Dimensional Box _ Quantum Mechanics
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Lecture-28 Two and Three dimensional Potential Box _ Quantum mechenics
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Lecture-29 Harmonic Oscillator Potential System_ Quantum Mechanics _ Tricks
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Lecture-30 Previous Year Examples of harmonic oscillator_ Quantum mechanics
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Lecture-31 Harmonic Oscillator in 2-D and 3D _ Quantum Mechanics
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Lecture-32 Angular Momentum_spin angular momentum _ quantum mechanics
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Lecture-33 Angular Momentum_spin angular momentum _ quantum mechanics
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Lecture-34 Potential System_ Hydrogen Atom _ Quantum Mechanics
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Lecture-35 Probabilty and Probability Density Hydrogen Atom _ Quantum Mechanics
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Lecture-36 Hydrogen Atom Examples_Nodes _ Common Eigen Fuction _ Tricks _ Quantum mechanics
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Lecture-37 Perturbation Theory _ Tricks _ Quantum Mechanics
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Lecture-38 Perturbation Theory _ Examples_ Degenerate _ Non-Degenerate _ Quantum Mechanics
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Lecture-39 Degenerate and Time Dependent perturbation theory _ Quantum mechanics
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Lecture-40 WKB Method __ Approximation Method_ Short Tricks __ Quantum Mechanics
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Lecture-41 WKB Method __ Examples _ Short Tricks __ Quantum Mechanics
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Lecture-42 Variational Method __ Quantum Mechanics _ Examples Short Tricks
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Lecture-43 Scattering Theory _ Quantum Mechanics _ Short Tricks
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Lecture-44 Scattering Theory_ Partial Wave Analysis Identical Particals _Quantum Mechanics
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Lecture-45 Identical Particles _ Pauli's Exclusion Principle Quantum Mechanics
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Lecture-46 Identical Particles _ Pauli's Exclusion Principle Quantum Mechanics
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