Lecture Slides

One reveal.js deck per lecture, distilled from the corresponding lecture page. Press f for fullscreen and e for print view.

Chapter 1¶

• Why Quantum Mechanics

• the Need For Quantization

• Photoelectric Effect

• Atomic Spectra

• Wave Particle Duality

Chapter 2¶

• Waves

• the Wave Equation

Chapter 3¶

• Schrodinger Equation

• Wavefunction

• Particle in a Box

• Applications of Particle in a Box

• Characteristics of Wavefunctions

• Operators

• Eigenvalues and Expectation

• Time Dependence

• Fourier Transforms

Chapter 4¶

• Molecular Degrees of Freedom

• Classical Harmonic Oscillator

• Quantum Harmonic Oscillator

• Molecular Vibrations

• Angular Momentum

• Rigid Rotor

Chapter 5¶

• Hydrogenlike Atoms

• Atomic Orbitals

• Spin

Chapter 6¶

• Variational Method

• Perturbation Theory

• Time Dependent Perturbation and Selection Rules

Chapter 7¶

• Helium Atom

• Multi Electron Atoms

• Hartree Fock

• Angular Momentum and Term Symbols

Chapter 8¶

• Born Oppenheimer Approximation

• Hydrogen Molecule Ion

• Hydrogen Molecule

• Polyatomic Molecules

• Huckel Theory

• Dipole Moments and Ionic Bonding