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Introduction
M0: Introduction to Python
Module 1: Energy levels of atoms and molecules
M1.D1: Bohr’s hydrogen atom
M1.D2: Introduction to Quantum Mechanics. Particle in a box.
M1.D3: Schrodinger’s hydrogen atom
Module 1 - Day 4: Polyelectronic atoms. Electronic correlation and self-consistent field methods
M1.D5: Electronic energy of molecules
M1.D6: Vibrational levels of diatomic molecules
M1.D7: Vibrational levels of polyatomic molecules
M1.D8: Rotational levels of molecules
Module 2: Exploration of the PES
Module 3: Statistical Thermodynamics
M3.D1: Boltzmann factor and partition functions
M3.D2: Partition functions of atoms
M3.D3: Thermodynamic properties of molecular ideal gases
M3.D4: Thermodynamic potentials for spontaneity and other thermodynamic properties
Module 4: Molecular simulations and Thermodynamics
M4.D1: Introduction to molecular dynamics
M4.D2: Introduction to molecular simulations
M4.D3: Calculating free energies of chemical systems
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