This tutorial develops connects observed stellar spectra with transitions between atomic energy levels.

Gas Lamp Emission demonstrates the connection between emission spectra and electronic transitions for a few different atomic gasses.

Gas Lamp Emission demonstrates the connection between emission spectra and electronic transitions for a few different atomic gasses.

Hydrogren Spectroscopy II builds upon the connection between electronic energy levels and observed spectra by adding another energy level.

This tutorial explores the connection between the wave function and the probability associated with measurement.

Matter waves demonstrates the wave-like nature of particles through an interactive tutorial.

The Probability Illustrator allows users to draw wave functions and view the resultant probability amplitude.

Double Slit diffraction illustrates the phenomena of quantum interference and wave-particle duality.

Quantum Tunneling shows the energy eigenstates for 1D quantum tunneling. Barrier sizes and shapes can be changed.

Wave Function Sketcher provides a tool for students to build wavefunctions for 1D potentials.

This article describes the Visual Quantum Mechanics materials, as well as the results of using those materials in the classroom.

This conference proceeding contains a paper which reports the effectiveness of implementing elements of the Visual Quantum Mechanics in the high school and introductory college physics class setting.