Leçon 13 sur 38
Phys 325 Quantum Mechanics I - Lecture 26: Separation in Spherical Coordinates
Leçons38 leçons
- 38Phys 325 Quantum Mechanics I Lecture 1: Introduction
- 37Phys 325 Quantum Mechanics I Lecture 2: Measurement
- 36Phys 325 Quantum Mechanics I - Lecture 3: Normalization
- 35Phys 325 Quantum Mechanics I - Lecture 4: The Probability Current
- 34Phys 325 Quantum Mechanics I - Lecture 5: Introducing Momentum
- 33Phys 325 Quantum Mechanics I - Lecture 6: Uncertainty
- 32Phys 325 Quantum Mechanics I - Lecture 7: Separation of Variables
- 31Phys 325 Quantum Mechanics I - Lecture 8: The Stationary State
- 30Phys 325 Quantum Mechanics I - Lecture 9: Eigenfunction Expansion
- 29Phys 325 Quantum Mechanics I - Lecture 10: Free Particle Eigenstates
- 28Phys 325 Quantum Mechanics I - Lecture 11: Momentum Space Wavefunction
- 27Phys 325 Quantum Mechanics I - Lecture 12: An Example: Gaussian WF
- 26Phys 325 Quantum Mechanics I - Lecture 13: Quantum Barrier
- 25Phys 325 Quantum Mechanics I - Lecture 14: Tunneling
- 24Phys 325 Quantum Mechanics I - Lecture 15: The Delta-Function Potential
- 23Phys 325 Quantum Mechanics I - Lecture 16: Harmonic Oscillator: Operator Analysis
- 22Phys 325 Quantum Mechanics I - Lecture 17: Harmonic Oscillator: Operator Applications
- 21Phys 325 Quantum Mechanics I - Lecture 18: Harmonic Oscillator: The Differential Equation
- 20Phys 325 Quantum Mechanics I - Lecture 19: Hermitian Operators: Discrete Spectrum
- 19Phys 325 Quantum Mechanics I - Lecture 20: Hermitian Operators: Continuous Spectrum
- 18Phys 325 Quantum Mechanics I - Lecture 21: Hilbert Space - Dirac Notation
- 17Phys 325 Quantum Mechanics I - Lecture 22: Compatibility of Operators
- 16Phys 325 Quantum Mechanics I - Lecture 23: Operations with Operators
- 15Phys 325 Quantum Mechanics I - Lecture 24: Energy -Time Uncertainty
- 14Phys 325 Quantum Mechanics I - Lecture 25: Quantum Mechanics in Three Dimensions
- 13Phys 325 Quantum Mechanics I - Lecture 26: Separation in Spherical Coordinates
- 12Phys 325 Quantum Mechanics I - Lecture 27: Exercises
- 11Phys 325 Quantum Mechanics I - Lecture 28: Angular Momentum - I
- 10Phys 325 Quantum Mechanics I - Lecture 29: Angular Momentum - II
- 9Phys 325 Quantum Mechanics I - Lecture 30: Angular Momentum - Matrix Representations
- 8Phys 325 Quantum Mechanics I - Lecture 31: Angular Momentum - Consecutive Measurements
- 7Phys 325 Quantum Mechanics I - Lecture 32: Spherical Harmonics
- 6Phys 325 Quantum Mechanics I - Lecture 33: The Spin
- 5Phys 325 Quantum Mechanics I - Lecture 34: Rotations of the Spin
- 4Phys 325 Quantum Mechanics I - Lecture 35: Spin in a Magnetic Field
- 3Phys 325 Quantum Mechanics I - Lecture 36: Total Spin States
- 2Phys 325 Quantum Mechanics I - Lecture 37: Hidden Variables?
- 1Phys 325 Quantum Mechanics I - Lecture 38: Testing Bell's Inequality