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Quantum Mechanics I

About Physics 7501: Quantum Mechanics I

Course overview

Objectives

Notebooks for 7501

Linear algebra for QM
Numerical test of exp formula
Exponentiating operators
Scaling of derivative errors
Diagonalizing in coordinate space
Diagonalizing with SHO basis
Spherical Bessel functions (and zeros)
Diagonalizing in 3D coordinate space
Linear potential energies
Path integral explorations -- emcee
Path integral explorations -- Metropolis
Bound states with a finite difference method

External QM notebooks

Quantum harmonic oscillator
QM with Sympy
QM notebooks from OSSCAR

Math notebooks

Complex Numbers and Trigonometry
Linear Algebra
Singular Value Decomposition (SVD)

Getting started with Python

Using Anaconda
Python and Jupyter notebooks

Reference material

Bibliography
Using GitHub
Examples: Jupyter jb-book

Powered by Jupyter Book

repository
open issue

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QM notebooks from OSSCAR

QM notebooks from OSSCAR#

See the OSSCAR github page.

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QM with Sympy

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Numerical Solution of the Schrödinger Equation for a One Dimensional Quantum Well

By Dick Furnstahl
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