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quantum-in-jupyter

Review of basic quantum mechanics using an interactive Jupyter notebook. Covers:

  • Modelling (using finite-difference methods) and visualization of the eigenfunctions and wavefunctions of a quantum harmonic oscillator.
  • Visualization of a gaussian wavepacket in a resonant tunneling diode (demonstration of quantum tunneling & reflection)

Based off of a projects I completed for the NE 232 course at the University of Waterloo (see .pdf/.tex)