Python examples for Duquesne Phys475 - Advanced Quantum Mechanics
Ted Corcovilos, (c) 2021
Currently this repository is in disarray. A few highlights:
Lecture14-combined.ipynb
compares several approximation methods applied to 1D harmonic oscillator.hydrogen.ipynb
plotting some hydrogen wavefunctionsHydrogenSympy.ipynb
calculating some integrals of the hydrogen wavefunctions.WeakZeeman.ipynb
calculates the Zeeman (magnetic field) effect in hydrogen-like atoms using perturbation theory.TDSE/
demonstrates numerical solutions to the time-dependent Schrödinger equation using the half-step method.
Most of the other files are just fragments that I used to generate figures for my lecture notes, or other quick calculations.
All code is distributed as-is, with no claim to correctness or usefulness.