Pre-requisites
Chapter 0
Chapter 1
photoelectric effect, absorption spectra of atoms, double slit experiment, de Broglie’s matter waves
Chapter 2
Schrodinger Equation, stationary state, Particle in a Box, Degeneracy
Chapter 3
Born interpretation of Quantum Mechanics, boundary conditions, Measurement, Energy
Chapter 4
Chapter 5
Quantum state, Quantum observable, wave function collapse
Chapter 6
Expectation, Dispersion, Canonical Commutation Relations, Heisenberg Uncertainty Principle
Chapter 7
raising operator, lowering operator, Normalizable states
Chapter 8
Angular Momentum Operator, Representation of angular momentum, Orbital Angular Momentum Operator
Chapter 9
hydrogen atom, Central potential, Hydrogen’s atom spectrum