Study materials and guidance

• Course syllabus (pdf)
• David Miller's webpage containing links to his course materials. His textbook on Quantum Mechanics is a great alternative to the textbook of Griffiths that we are following in this course.
• QuVis: Web site with quantum mechanics visualizations and simulations for educational purposes.
• QuTiP: A computational library for quantum mechanics/optics simulations in Python.
• Applet(s) by Paul Falstad with simulations for 1D quantum mechanical systems.

Exam questions & solutions

Further background materials

• Michael Fowlers' course: Course notes of his graduate quantum mechanics course lectured at the University of Virginia.
• Ben Simons' course: Course materials of his course on Advanced Quantum Mechanics teached at Cavendish University.
• Psi4: a Python library for computational quantum chemistry and DFT, with quite some educational material as well.
• Course on computational chemistry with Python: This course provides a nice overview of using Python for scientific computations with excellent beginner-level tutorials. And you learn (or at least I learned) some chemistry as well.
• Course on applied Quantum Mechanics by Erik Koch given at the German Research School for Simulation Sciences and RWTH Aachen University. A Master level course on simulations in Quantum mechanics.
• Collection of Quantum Chemistry lessons using Jupyter Notebook by Martin McCullagh.