Applied Quantum Mechanics (I)
- Introduction - An introduction to classical physics
- An introduction to classical physics
- Historical background of Modern physics, theory of special relativity
- Preliminary experiments: Plancks theory of black body Radiation
- Preliminary experiments: photoelectric effect, Frank Hertz experiment
- Preliminary experiments: Compton phenomenon, electron diffraction, atomic spectrum
- Atomic models, Bohr atomic model
- The new quantum physics: the wave perspective
- Schrodingers equation
- Solving the Schrodinger equation
- One-dimensional quantum systems
- One-dimensional quantum systems
- Two-dimensional and three-dimensional quantum systems
- Two-dimensional and three-dimensional quantum systems
- Principles of quantum mechanics
- Principles of quantum mechanics
- Simple harmonic oscillator
- Orbital angular momentum
- Spin angular momentum
- Addition of angular momenta
- Perturbation theory
- Real hydrogen atom, Normal and anomalous Zeeman effects
- Many-body systems: atoms
- Many-body systems: quantum structures
- Quantum technologies
- Quantum technologies