29:15A surprising synergy between classical and quantum mechanics that helps students understand both
A 29-minute video from James Freericks: “A surprising synergy between classical and quantum mechanics that helps students understand both”.
James Freericks
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29:15
54:29How do we find energy raising and lowering operators in one-d quantum mechanics?
A 54-minute video from James Freericks: “How do we find energy raising and lowering operators in one-d quantum mechanics?”.
11:49How the factorization method provides a quantum-classical correspondence that eases the ...
A 12-minute video from James Freericks: “How the factorization method provides a quantum-classical correspondence that eases the ...”.
28:52How to use complex numbers to solve the damped harmonic oscillator and much, much more
A 29-minute video from James Freericks: “How to use complex numbers to solve the damped harmonic oscillator and much, much more”.
24:24Kepler orbits and hydrogen
A 24-minute video from James Freericks: “Kepler orbits and hydrogen”.
40:03Lecture 1 Spin Matrix Identities
A 40-minute video from James Freericks: “Lecture 1 Spin Matrix Identities”.
38:36Lecture10 Hydrogen in Position Space Using Operator Methods
A 39-minute video from James Freericks: “Lecture10 Hydrogen in Position Space Using Operator Methods”.
45:13Lecture11 Cartesian Factorization Method for Hydrogen and Momentum Space Wavefunctions
A 45-minute video from James Freericks: “Lecture11 Cartesian Factorization Method for Hydrogen and Momentum Space Wavefunctions”.
23:50Lecture12 Combining Angular Momentum
A 24-minute video from James Freericks: “Lecture12 Combining Angular Momentum”.
25:46Lecture13 Combining Angular Momentum II
A 26-minute video from James Freericks: “Lecture13 Combining Angular Momentum II”.
24:14Lecture14 Nondegenerate Rayleigh-Schroedinger Perturbation Theory
A 24-minute video from James Freericks: “Lecture14 Nondegenerate Rayleigh-Schroedinger Perturbation Theory”.
19:36Lecture15 Wigner-Brillouin Perturbation Theory
A 20-minute video from James Freericks: “Lecture15 Wigner-Brillouin Perturbation Theory”.
25:38Lecture16 Degenerate Perturbation Theory
A 26-minute video from James Freericks: “Lecture16 Degenerate Perturbation Theory”.
26:23Lecture17 Atomic Fine Structure of Hydrogen
A 26-minute video from James Freericks: “Lecture17 Atomic Fine Structure of Hydrogen”.
26:11Lecture18 Hydrogen Atom in a Magnetic Field
A 26-minute video from James Freericks: “Lecture18 Hydrogen Atom in a Magnetic Field”.
24:34Lecture19 Stark Effect and a Spin Perturbation Theory Example
A 25-minute video from James Freericks: “Lecture19 Stark Effect and a Spin Perturbation Theory Example”.
38:57Lecture2 Five Critical Operator Identities for Quantum Mechanics
A 39-minute video from James Freericks: “Lecture2 Five Critical Operator Identities for Quantum Mechanics”.
27:56Lecture20 Introduction to Scattering
A 28-minute video from James Freericks: “Lecture20 Introduction to Scattering”.
18:50Lecture21 Introduction to Scattering II
A 19-minute video from James Freericks: “Lecture21 Introduction to Scattering II”.
33:44Lecture22 The Generalized Optical Theorem
A 34-minute video from James Freericks: “Lecture22 The Generalized Optical Theorem”.
38:12Lecture23 Partial Wave Scattering from Spherical Potentials
A 38-minute video from James Freericks: “Lecture23 Partial Wave Scattering from Spherical Potentials”.
26:41Lecture24 Delta Shell Scattering and Scattering Resonances
A 27-minute video from James Freericks: “Lecture24 Delta Shell Scattering and Scattering Resonances”.
24:22Lecture25 part 1 The Time-Dependent Schroedinger Equation
A 24-minute video from James Freericks: “Lecture25 part 1 The Time-Dependent Schroedinger Equation”.
17:29Lecture25 part2 The Time-Evolution Operator
A 17-minute video from James Freericks: “Lecture25 part2 The Time-Evolution Operator”.
18:52Lecture26 part 1 The Interaction Representation
A 19-minute video from James Freericks: “Lecture26 part 1 The Interaction Representation”.
12:48Lecture26 part 2 The Interaction Representation
A 13-minute video from James Freericks: “Lecture26 part 2 The Interaction Representation”.
24:01Lecture27 Cyclotron Resonance
A 24-minute video from James Freericks: “Lecture27 Cyclotron Resonance”.
15:52Lecture28 part 1 Driven Simple Harmonic Oscillator
A 16-minute video from James Freericks: “Lecture28 part 1 Driven Simple Harmonic Oscillator”.
29:08Lecture28 part 2 Driven Simple Harmonic Oscillator
A 29-minute video from James Freericks: “Lecture28 part 2 Driven Simple Harmonic Oscillator”.
26:33Lecture29 Time-Dependent Perturbation Theory
A 27-minute video from James Freericks: “Lecture29 Time-Dependent Perturbation Theory”.
40:35Lecture3 Simple Harmonic Oscillator
A 41-minute video from James Freericks: “Lecture3 Simple Harmonic Oscillator”.
26:14Lecture30 The Landau-Zener Problem
A 26-minute video from James Freericks: “Lecture30 The Landau-Zener Problem”.
20:34Lecture31 part 1 Ion Trap Quantum Computers
A 21-minute video from James Freericks: “Lecture31 part 1 Ion Trap Quantum Computers”.
29:35Lecture31 part 2 Ion Trap Quantum Computer
A 30-minute video from James Freericks: “Lecture31 part 2 Ion Trap Quantum Computer”.
29:41Lecture32 Fermi's Golden Rule and the Sudden Approximation
A 30-minute video from James Freericks: “Lecture32 Fermi's Golden Rule and the Sudden Approximation”.
30:46Lecture33 Photoproduction of Hydrogen
A 31-minute video from James Freericks: “Lecture33 Photoproduction of Hydrogen”.