Web-based resources on Quantum Physics and related topics
Web-based Graduate Education:
Web-based resources on Quantum Physics and related topics
John A. Venables
Departments of Physics and Astronomy, Arizona State University,
Tempe, Arizona, and University of Sussex, Brighton, UK.
This file contains a list of web-based resources for use
in connection with my graduate courses, book, web-based articles and talks. If
you have items you would like me to add, please email me. However, I am
aiming to be exemplary rather than comprehensive, so please don't be
offended if I leave material out. Latest version of this document
9th February 2008.
Web-based Initiatives in Physics and Materials Education
A Java Applet for solving the
Schroedinger equation
has been developed by Kevin Schmidt of ASU and Michael Lee of Kent State.
There are many nice
Quantum Physics Applets prepared by Manuel Joffre of the Ecole
Polytechnique in Paris. This site is very impressive, with many examples, and quite a bit of
personal history in both
English and
French;
maybe it is en route to commercial success. However, it does seem to take a while to
download from US-based sites. It has been incorporated into a book...
A more recent US site, that owes a lot to the above French site, but is more user-friendly
and quicker to download, is on the
Physics Education Technology
site at the University of Colorado in Boulder. This is an impressive answer by
Carl Wieman and
his team to the difficult question of what to do after winning the
Nobel Prize for Physics (
in 2001). A local version of some of these Quantum Simulations are available within our current PHY 571 course shell.
Meanwhile, on the same theme, some other QP applets have been produced by
Mark Sutherland
originally from University of Toronto, but this site is now installed somewhere in Oxford University
in England; the graphics are intuitive and interactive.
I am linking to some Quantum Physics Resources (i.e. this page) this semester
with my students in
Quantum Physics. This includes use of the
Physlets developed by
Wolfgang Christian and coworkers at
Davidson College, who published the corresponding book
Physlet Physics,
which contains a CD with many examples including quantum physics. You can see the structure of this
CD-ROM; the quantum stuff is in
Chapter 10 and
Chapter 18. A local version of the
H-atom orbitals
is available on this site.
You can probably get there before we do by
visiting the World Lecture Hall and choosing
Quantum Chemistry or
Quantum Physics.
A further (now obvious) choice is to search the web using the wonderful
Google search engine, type in something specific such as
"Quantum Physics course", and you will be amazed what you find. (If you are a
gambler at heart, type in "Quantum Physics course" and hit "I'm feeling lucky".
Isn't that great?)