This article from SPIE discusses how harnessing quantum interference enables single aromatic annulene molecules to function as transistors. The article includes several illustrations which help to demonstrate the...

This is a collection of nine papers from a session at the 1999 NARST conference on teaching and learning in quantum mechanics. Topics covered include conceptual understanding of students, computers and visualization,...

In this lecture, Dr. Daniel Styer, a physics professor at Oberlin College, guides the listener through nine formulations of quantum mechanics. Styer discusses each formulation's unique abilities and challenges, then...

This research paper, presented at the 2002 Physics Education Research Conference, discusses the authors' research on student use of resources in learning quantum mechanics, which shows that a student often needs to make...

This set of quantum mechanics java applets, part of the Open Source Physics project, provides simulations that demonstrate the effect of measurement on the time-dependence of quantum states. Exercises are available that...