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[ CourseBoat com ] Udemy - Quantum Physics from Beginner to Expert (Quantum mechanics)
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01 - Welcome
001 Hello and welcome.mp4
001 Hello and welcome_en.vtt
002 The structure of this course.mp4
002 The structure of this course_en.vtt
003 Mathematical Tutorial.html
02 - Why do we need quantum physics_
001 Section intro.mp4
001 Section intro_en.vtt
002 Slides for this section.html
003 What is light_ A wave_.mp4
003 What is light_ A wave__en.vtt
004 What is light_ A particle_.mp4
004 What is light_ A particle__en.vtt
005 Particle-wave dualism.mp4
005 Particle-wave dualism_en.vtt
006 Heisenberg's uncertainty & Schrodinger's cat_en.vtt
006 Heisenberg's uncertainty & Schrödinger's cat.mp4
007 Section outro.mp4
007 Section outro_en.vtt
32051128-01-Why-do-we-need-quantum-mechanics.pdf
03 - The Schrödinger equation
001 Section intro.mp4
001 Section intro_en.vtt
002 Slides for this section.html
003 Motivating the Schrodinger equation_en.vtt
003 Motivating the Schrödinger equation.mp4
004 Discussion & Interpretation of the Schrodinger equation and wave functions_en.vtt
004 Discussion & Interpretation of the Schrödinger equation and wave functions.mp4
005 Operators & Expectation values.mp4
005 Operators & Expectation values_en.vtt
006 Section summary.mp4
006 Section summary_en.vtt
007 Exercise_ Your first exercise.mp4
007 Exercise_ Your first exercise_en.vtt
008 Exercise_ Your first exercise.html
009 Solutions_ Your first exercise.mp4
009 Solutions_ Your first exercise_en.vtt
010 Outlook after the exercise.html
32051218-02-The-Schroedinger-equation.pdf
34490786-First-example.png
04 - Optional Tutorial_ Mathematics important for us
001 Tutorial_ Section intro.mp4
001 Tutorial_ Section intro_en.vtt
002 Complex numbers 1_4 - What are complex numbers_.mp4
002 Complex numbers 1_4 - What are complex numbers__en.vtt
003 Complex numbers 2_4 - Addition, subtraction & complex plane.mp4
003 Complex numbers 2_4 - Addition, subtraction & complex plane_en.vtt
004 Complex numbers 3_4 - Multiplication & division.mp4
004 Complex numbers 3_4 - Multiplication & division_en.vtt
005 Complex numbers 4_4 - Exponentials & polar representation.mp4
005 Complex numbers 4_4 - Exponentials & polar representation_en.vtt
006 Exercise_ Complex numbers.html
007 Solutions_ Complex numbers.mp4
007 Solutions_ Complex numbers_en.vtt
008 Tutorial_ Multidimensional derivatives 1_2 - Partial derivatives.mp4
008 Tutorial_ Multidimensional derivatives 1_2 - Partial derivatives_en.vtt
009 Multidimensional derivatives 2_2 - Nabla operator.mp4
009 Multidimensional derivatives 2_2 - Nabla operator_en.vtt
010 Exercise_ 3-dimensional derivatives.html
011 Solutions_ 3-dimensional derivatives.mp4
011 Solutions_ 3-dimensional derivatives_en.vtt
012 Multidimensional integrals.mp4
012 Multidimensional integrals_en.vtt
013 Alternative coordinate systems.mp4
013 Alternative coordinate systems_en.vtt
014 Integration in spherical coordinates.mp4
014 Integration in spherical coordinates_en.vtt
34490738-Nabla.png
34490746-Complex-numbers.png
05 - Solving stationary examples
001 Section intro.mp4
001 Section intro_en.vtt
002 Slides for this section.html
003 Reminder about our first exercise.html
004 The stationary Schrodinger equation_en.vtt
004 The stationary Schrödinger equation.mp4
005 Analytical example_ Particle in a box, part 1.mp4
005 Analytical example_ Particle in a box, part 1_en.vtt
006 Analytical example_ Particle in a box, part 2.mp4
006 Analytical example_ Particle in a box, part 2_en.vtt
007 Analytical example_ Particle in a box, part 3.mp4
007 Analytical example_ Particle in a box, part 3_en.vtt
008 Finite potential box.mp4
008 Finite potential box_en.vtt
009 Estimating the eigensystem of general potentials.mp4
009 Estimating the eigensystem of general potentials_en.vtt
010 Exercise_ Particle in a ring.mp4
010 Exercise_ Particle in a ring_en.vtt
011 Exercise_ Particle in a ring.html
012 Solutions_ Particle in a ring.mp4
012 Solutions_ Particle in a ring_en.vtt
013 Transition from our exercise to plane waves.html
014 Wave packets.mp4
014 Wave packets_en.vtt
015 Application_ The tunnel effect, part 1.mp4
015 Application_ The tunnel effect, part 1_en.vtt
016 Application_ The tunnel effect, part 2.mp4
016 Application_ The tunnel effect, part 2_en.vtt
017 Section outro.mp4
017 Section outro_en.vtt
32051282-03-Solving-stationary-examples.pdf
34490820-Particle-in-a-ring.png
06 - Optional_ Programming Session
001 Section intro.mp4
001 Section intro_en.vtt
002 Setting up Python 3 (Jupyter notebooks) for scientific programming.mp4
002 Setting up Python 3 (Jupyter notebooks) for scientific programming_en.vtt
003 Python_ Particle in a box, part 1.mp4
003 Python_ Particle in a box, part 1_en.vtt
004 Python_ Particle in a box, part 2.mp4
004 Python_ Particle in a box, part 2_en.vtt
005 Python_ Harmonic oscillator, part 1.mp4
005 Python_ Harmonic oscillator, part 1_en.vtt
006 Python_ Harmonic oscillator, part 2.mp4
006 Python_ Harmonic oscillator, part 2_en.vtt
007 The easy way_ Mathematica.mp4
007 The easy way_ Mathematica_en.vtt
008 Section outro.mp4
008 Section outro_en.vtt
07 - More theoretical background
001 Section intro.mp4
001 Section intro_en.vtt
002 Slides for this section.html
003 Kronecker delta and delta distribution.mp4
003 Kronecker delta and delta distribution_en.vtt
004 Different representations of wave functions and operators.mp4
004 Different representations of wave functions and operators_en.vtt
005 Dirac notation or Bra-Ket notation.mp4
005 Dirac notation or Bra-Ket notation_en.vtt
006 Hermitian operators.mp4
006 Hermitian operators_en.vtt
007 Exercise_ Preparation for Commutators.html
008 Commutators.mp4
008 Commutators_en.vtt
009 Heisenberg's uncertainty II.mp4
009 Heisenberg's uncertainty II_en.vtt
010 Common eigenfunctions of commuting operators.mp4
010 Common eigenfunctions of commuting operators_en.vtt
011 Time evolution & Ehrenfest theorem.mp4
011 Time evolution & Ehrenfest theorem_en.vtt
012 Section outro.mp4
012 Section outro_en.vtt
32051330-04-More-theoretical-background.pdf
34490856-Commutators.png
08 - Second quantization_ The harmonic oscillator
001 Section intro.mp4
001 Section intro_en.vtt
002 Slides for this section.html
003 The harmonic oscillator.mp4
003 The harmonic oscillator_en.vtt
004 Exercise_ Preparation for ladder operators.html
005 Second quantization.mp4
005 Second quantization_en.vtt
006 Ladder operators.mp4
006 Ladder operators_en.vtt
007 Eigenspectrum of the harmonic oscillator.mp4
007 Eigenspectrum of the harmonic oscillator_en.vtt
008 Section outro.mp4
008 Section outro_en.vtt
32051384-05-Second-quantization-Harmonic-oscillator.pdf
34490878-Ladder-operators.png
09 - Real-world example_ The hydrogen atom
001 Section intro.mp4
001 Section intro_en.vtt
002 Slides for this section.html
003 Separation of the problem.mp4
003 Separation of the problem_en.vtt
004 Solving the angular equations.mp4
004 Solving the angular equations_en.vtt
005 Solving the radial equation.mp4
005 Solving the radial equation_en.vtt
006 Quantum chemistry_ Discussing the eigensystem of the hydrogen atom.mp4
006 Quantum chemistry_ Discussing the eigensystem of the hydrogen atom_en.vtt
007 Section outro.mp4
007 Section outro_en.vtt
32051436-06-Hydrogen-atom.pdf
10 - Relativistic quantum theory & Electron spin
001 Section intro.mp4
001 Section intro_en.vtt
002 Slides for this section.html
003 Special relativity.mp4
003 Special relativity_en.vtt
004 Relativistic energy dispersion.mp4
004 Relativistic energy dispersion_en.vtt
005 Klein-Gordon equation.mp4
005 Klein-Gordon equation_en.vtt
006 Muonic hydrogen.mp4
006 Muonic hydrogen_en.vtt
007 Pauli equation & Electron spin.mp4
007 Pauli equation & Electron spin_en.vtt
008 Dirac equation.mp4
008 Dirac equation_en.vtt
009 Deriving the Pauli equation from the Dirac equation.mp4
009 Deriving the Pauli equation from the Dirac equation_en.vtt
010 1_c^2 corrections.mp4
010 1_c^2 corrections_en.vtt
011 Fine structure of hydrogen.mp4
011 Fine structure of hydrogen_en.vtt
012 Section outro.mp4
012 Section outro_en.vtt
32051514-07-Relativistic-quantum-theory-Electron-spin.pdf
11 - Quantum computing
001 Section intro.mp4
001 Section intro_en.vtt
002 Slides for this section.html
003 Qubits.mp4
003 Qubits_en.vtt
004 Single-bit operations for quantum computing.mp4
004 Single-bit operations for quantum computing_en.vtt
005 Double-bit operations for quantum computing.mp4
005 Double-bit operations for quantum computing_en.vtt
006 Physical realization of single-qubit operations.mp4
006 Physical realization of single-qubit operations_en.vtt
007 Physical realization of double-qubit operations.mp4
007 Physical realization of double-qubit operations_en.vtt
008 Entanglement & Quantum teleportation.mp4
008 Entanglement & Quantum teleportation_en.vtt
009 Section outro.mp4
009 Section outro_en.vtt
32051542-08-Quantum-computing.pdf
12 - End
001 Strange phenomena.mp4
001 Strange phenomena_en.vtt
002 Interpretations of QM_ Copenhagen, Many-world theory, Bohm mechanics & more.mp4
002 Interpretations of QM_ Copenhagen, Many-world theory, Bohm mechanics & more_en.vtt
003 Goodbye_.mp4
003 Goodbye__en.vtt
Bonus Resources.txt
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