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Chemistry
Specialized Chemistry
Quantum Chemistry
1. Introduction to Quantum Chemistry
2. Fundamental Postulates of Quantum Mechanics
3. Exactly Solvable Quantum Systems
4. Approximation Methods
5. Multi-Electron Atoms
6. Chemical Bonding Theory
7. Molecular Symmetry
8. Computational Quantum Chemistry
9. Spectroscopy and Molecular Properties
10. Advanced Topics and Applications
Multi-Electron Atoms
Helium Atom
Two-Electron Problem
Electron-Electron Repulsion
Lack of Exact Solution
Independent Electron Approximation
Central Field Model
Effective Nuclear Charge
Screening Effects
Variational Treatment
Trial Wavefunctions
Optimization of Parameters
Energy Results
Perturbation Treatment
Unperturbed Hamiltonian
Electron Repulsion as Perturbation
Energy Corrections
Electron Spin
Stern-Gerlach Experiment
Experimental Setup
Observation of Spin
Magnetic Moments
Spin Angular Momentum
Spin Quantum Numbers
Spin-1/2 Particles
Pauli Spin Matrices
Spin-Orbit Coupling
Relativistic Effects
Fine Structure
j-j Coupling
Many-Electron Wavefunctions
Antisymmetry Requirement
Pauli Exclusion Principle
Fermion Behavior
Slater Determinants
Construction Method
Antisymmetric Wavefunctions
Electron Configurations
Orbital Approximation
Aufbau Principle
Hund's Rules
Atomic Structure
Periodic Table
Electronic Structure
Periodic Trends
Exceptions to Filling Order
Term Symbols
Russell-Saunders Coupling
Total Angular Momentum
Term Symbol Notation
Ground State Terms
Atomic Spectroscopy
Electronic Transitions
Selection Rules
Multiplet Structure
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4. Approximation Methods
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6. Chemical Bonding Theory