55:27
PHYS 221A 2010:08:27 Lec 01 The Mathematical Formalism of Quantum Mechanics
CosmoLearning
56:06
PHYS 221A 2010:08:30 Lec 02 Hermitian, Anti Hermitian and Unitary Operators
55:06
PHYS 221A 2010:09:01 Lec 03 Simultaneous Eigenbases of Commuting Observables
55:48
PHYS 221A 2010:09:03 Lec 04 The Postulates of Quantum Mechanics
53:40
PHYS 221A 2010:09:07 Lec 05 The Density Operator & Spatial Degrees of Freedom
52:45
PHYS 221A 2010:09:08 Lec 06 Wave Functions and Translation Operators
54:45
PHYS 221A 2010:09:10 Lec 07 Time Evolution in Quantum Mechanics
53:34
PHYS 221A 2010:09:13 Lec 08 One Dimensional Wave Mechanics
55:16
PHYS 221A 2010:09:15 Lec 09 The WKB Method
1:03:27
PHYS 221A 2010:09:17 Lec 10 The WKB Method Scattering Problem and Oscillator
54:26
PHYS 221A 2010:09:20 Lec 11 The Harmonic Oscillators and Coherent States
49:26
PHYS 221A 2010:09:22 Lec 12 Harmonic Oscillator Eigenfunctions & The Heisenberg Picture
54:24
PHYS 221A 2010:09:27 Lec 13 The Propagator and the Path Integral
52:34
PHYS 221A 2010:09:29 Lec 14 Stationary Action and Hamilton’s Principle
PHYS 221A 2010:10:01 Lec 15 Path Integral for the Free Particle
53:50
PHYS 221A 2010:10:04 Lec 16 Charged Particles in Magnetic Fields Classical Motion
54:46
PHYS 221A 2010:10:05 Lec 17 Charged Particles in Magnetic Fields II Energy Eingefunctions
52:59
PHYS 221A 2010:10:11 Lec 18 Rotations in Ordinary Space
50:57
PHYS 221A 2010:10:13 Lec 19 Infinitesimal and Finite Rotations
52:02
PHYS 221A 2010:10:15 Lec 20 Rotations in Quantum Mechanics, and Rotations of Spin ½ System
53:41
PHYS 221A 2010:10:18 Lec 21 Representations of the Angular Momentum Operators and Rotations
53:58
PHYS 221A 2010:10:20 Lec 22 Spins in Magnetic Fields and the Stern–Gerlach experiment
51:41
PHYS 221A 2010:10:22 Lec 23 Magnetic Moments, Rotational Invariance, and Degeneracies
53:35
PHYS 221A 2010:10:25 Lec 24 Orbital Angular Momentum and Spherical Harmonics
53:29
PHYS 221A 2010:10:27 Lec 25 Angular Momentum Basis & Radial Schrödinger Equation
54:38
PHYS 221A 2010:10:29 Lec 26 Central Force Motion WKB Theory and Spherical Bessel Functions
53:24
PHYS 221A 2010:11:01 Lec 27 The Hydrogen Atom
53:36
PHYS 221A 2010:11:03 Lec 28 Coupling of Angular Momenta
51:06
PHYS 221A 2010:11:05 Lec 29 Tensor Product of Operators, Pauli Equation
52:01
PHYS 221A 2010:11:08 Lec 30 Irreducible Tensor Operators and the Wigner Eckart Theorem
51:26
PHYS 221A 2010:11:10 Lec 31 Reducible and Irreducible Spaces of Operators
53:11
PHYS 221A 2010:11:12 Lec 32 Proof of the Wigner Eckart Theorem
49:12
PHYS 221A 2010:11:15 Lec 33 Properties Under Parity
50:39
PHYS 221A 2010:11:17 Lec 34 Time Reversal and Antilinear Operators
52:31
PHYS 221A 2010:11:19 Lec 35 Spatial and Spin Degrees of Freedom and Time Reversed Motion
51:43
PHYS 221A 2010:11:22 Lec 36 Bound State Perturbation Theory
56:04
PHYS 221A 2010:11:23 Lec 37 The Stark Effect in Hydrogen and Alkali Atoms
51:58
PHYS 221A 2010:11:24 Lec 38 The Stark Effect in Hydrogen and Alkali Atoms II
42:30
PHYS 221A 2010:11:29 Lec 39 Fine Structure in Hydrogen and Alkali Atoms
51:47
PHYS 221A 2010:12:01 Lec 40 The Zeeman Effect in Hydrogen and Alkali Atoms
50:20
PHYS 221A 2010:12:06 Lec 41 Deuteron Final Lecture
