Quantum Physics from Beginner to Expert Quantum mechanics

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Posted on 27 Nov 18:53 | by AD-TEAM | 31 views

Videos Files :
1. Hello and welcome.mp4 (25.49 MB)
2. The structure of this course.mp4 (68.49 MB)
1. Section intro.mp4 (19.05 MB)
10. 1c^2 corrections.mp4 (11.83 MB)
11. Fine structure of hydrogen.mp4 (15.78 MB)
12. Section outro.mp4 (12.93 MB)
3. Special relativity.mp4 (37.32 MB)
4. Relativistic energy dispersion.mp4 (10.97 MB)
5. Klein Gordon equation.mp4 (23.34 MB)
6. Muonic hydrogen.mp4 (56.43 MB)
7. Pauli equation & Electron spin.mp4 (62.89 MB)
8. Dirac equation.mp4 (21.12 MB)
9. Deriving the Pauli equation from the Dirac equation.mp4 (42.8 MB)
1. Section intro.mp4 (13.05 MB)
10. Section outro.mp4 (17.79 MB)
3. Qubits.mp4 (41.15 MB)
4. Single bit operations for quantum computing.mp4 (15.24 MB)
5. Double bit operations for quantum computing.mp4 (8.95 MB)
6. Physical realization of single qubit operations.mp4 (48.05 MB)
7. Physical realization of double qubit operations.mp4 (22.61 MB)
8. Entanglement & Quantum teleportation.mp4 (16.06 MB)
1. Strange phenomena.mp4 (36.06 MB)
2. Interpretations of QM Copenhagen, Many world theory, Bohm mechanics & more.mp4 (262.44 MB)
3. Goodbye!.mp4 (17.89 MB)
1. Section intro.mp4 (17.32 MB)
3. What is light A wave.mp4 (79.71 MB)
4. What is light A particle.mp4 (27.16 MB)
5. Particle wave dualism.mp4 (16.79 MB)
6. Heisenberg's uncertainty & Schrödinger's cat.mp4 (24.03 MB)
8. Section outro.mp4 (13.61 MB)
1. Section intro.mp4 (19.11 MB)
10. Solutions Your first exercise.mp4 (102.01 MB)
3. Motivating the Schrödinger equation.mp4 (26.57 MB)
4. Discussion & Interpretation of the Schrödinger equation and wave functions.mp4 (43.91 MB)
5. Operators & Expectation values.mp4 (27.44 MB)
7. Section summary.mp4 (27.76 MB)
8. Exercise Your first exercise.mp4 (20.15 MB)
1. Tutorial Section intro.mp4 (51.05 MB)
10. Multidimensional derivatives 22 Nabla operator.mp4 (98.43 MB)
13. Solutions 3 dimensional derivatives.mp4 (54.07 MB)
14. Multidimensional integrals.mp4 (62.35 MB)
15. Alternative coordinate systems.mp4 (55.49 MB)
16. Integration in spherical coordinates.mp4 (51.98 MB)
2. Complex numbers 14 What are complex numbers.mp4 (26.28 MB)
3. Complex numbers 24 Addition, subtraction & complex plane.mp4 (37.78 MB)
4. Complex numbers 34 Multiplication & division.mp4 (27.2 MB)
5. Complex numbers 44 Exponentials & polar representation.mp4 (77.91 MB)
7. Solutions Complex numbers.mp4 (51.32 MB)
9. Tutorial Multidimensional derivatives 12 Partial derivatives.mp4 (56.8 MB)
1. Section intro.mp4 (21.33 MB)
11. Exercise Particle in a ring.mp4 (51.3 MB)
13. Solutions Particle in a ring.mp4 (118.8 MB)
15. Wave packets.mp4 (30.26 MB)
16. Application The tunnel effect, part 1.mp4 (21.6 MB)
17. Application The tunnel effect, part 2.mp4 (20.99 MB)
19. Section outro.mp4 (16.38 MB)
4. The stationary Schrödinger equation.mp4 (29.67 MB)
5. Analytical example Particle in a box, part 1.mp4 (31.38 MB)
6. Analytical example Particle in a box, part 2.mp4 (37.26 MB)
7. Analytical example Particle in a box, part 3.mp4 (15.85 MB)
8. Finite potential box.mp4 (45.78 MB)
9. Estimating the eigensystem of general potentials.mp4 (33.77 MB)
1. Section intro Scientific programming using Python.mp4 (20.78 MB)
2. Setting up Python 3 (Jupyter notebooks) for scientific programming.mp4 (3.98 MB)
3. Python Particle in a box, part 1.mp4 (33.64 MB)
4. Python Particle in a box, part 2.mp4 (90.83 MB)
5. Python Harmonic oscillator, part 1.mp4 (33.5 MB)
6. Python Harmonic oscillator, part 2.mp4 (93.6 MB)
7. The easy way Mathematica.mp4 (18.11 MB)
8. Section outro.mp4 (15.18 MB)
1. Section intro.mp4 (21.2 MB)
10. Common eigenfunctions of commuting operators.mp4 (5.46 MB)
11. Time evolution & Ehrenfest theorem.mp4 (31.07 MB)
13. Section outro.mp4 (8.01 MB)
3. Kronecker delta and delta distribution.mp4 (11.89 MB)
4. Different representations of wave functions and operators.mp4 (24.95 MB)
5. Dirac notation or Bra Ket notation.mp4 (21.63 MB)
6. Hermitian operators.mp4 (25.94 MB)
8. Commutators.mp4 (14.56 MB)
9. Heisenberg's uncertainty II.mp4 (26.84 MB)
1. Section intro.mp4 (16.96 MB)
3. The harmonic oscillator.mp4 (24.92 MB)
5. Second quantization.mp4 (24.37 MB)
6. Ladder operators.mp4 (29.99 MB)
7. Eigenspectrum of the harmonic oscillator.mp4 (40.16 MB)
9. Section outro.mp4 (12.73 MB)
1. Section intro.mp4 (25.75 MB)
3. Separation of the problem.mp4 (37.72 MB)
4. Solving the angular equations.mp4 (45.47 MB)
5. Solving the radial equation.mp4 (78.63 MB)
6. Quantum chemistry Discussing the eigensystem of the hydrogen atom.mp4 (92.73 MB)
8. Section outro.mp4 (28.27 MB)

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