University Physics Notes - Quantum Mechanics

11 University Physics Notes - Quantum Mechanics

University Physics Notes: Quantum Mechanics

Angular Momentum Operators	Angular Momentum Operators and Commutation Relations in Quantum Mechanics
The Infinite Square Well	Compton Scattering
Quantum Tunnelling (1)	The Born Interpretation
Hermitian Operators	Linear Combinations of Eigenfunctions
Normalizing the Wavefunctions	Some Strange Implications
Summary of Quantum Numbers for Electrons in Atoms	The Pauli Exclusion Principle
The Stern Gerlach Experiment	Selection Rules for Transitions of Electrons Between Energy Levels
Expectation Values	Quantum Mechanical Postulates
Quantum Mechanical Operators	The Schrodinger Equation
Dispersion Relations	Features of Bound State Wavefunctions
Features of Solutions of the Schrodinger Equation for the Hydrogen Atom	Properties of the Eigenfunctions
Table of Normalized Spherical Harmonics	The Bohr Model of the Hydrogen Atom
The Separation of Variables Method – The Simple Harmonic Oscillator	The Simple Harmonic Oscillator
Table of the Radial Parts of Wavefunctions for the Hydrogen Atom	Constants
The Einstein Rosen Podolsky Experiment	The Leonard Jones Potential
The Bohr Magnetron	Probability Current or Probability Flux