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5. Hydrogen Atom
Lecture Notes
Chapter 1: Introduction to Quantum Phenomena
Chapter 2: The Postulates Revisited
Chapter 3: Translational Motion
Chapter 4: Vibrational Motion
Chapter 5: Angular Momentum, and Rotational Motion
Chapter 6: The Hydrogen Atom
Chapter 7: The Variation Theorem
Chapter 8: Perturbation Theory
Visualizing Spherical harmonics
Problem Sets
Problem Set 1
Problem Set 2
Computational Sets
Computational Set 1: Introduction to Spin 1/2
Computational Set 2: Entangling Operations through strong light-matter coupling
Computational Demo: Spherical Harmonics
🧪 Lab Supplement: Vibrational Spectroscopy of Cis and Trans Dichloroethylene
Particle in a box model of Cyanine Dyes
Computational Demo: Harmonic oscillator
🧰 Importing Required Libraries
Computational Demo: The Variational Method with the 2D Rigid Rotor with HF
Computational Demo: Vibrational Transitions in CO Using Perturbation Theory
Computational Demo: Vibrational Transitions in CO Using Variational Method
🧠Guided Exercise: Newton–Raphson Step for a Quadratic Function
Linear Variational Method
Resources
Useful Formulae
Hydrogenlike atoms
Atomic orbitals
Additional Notes on Spin
Content with notebooks
Spin
Repository
Open issue
Index
