Potential Energy Surfaces and Conical Intersections

About the site

This web site was produced as an entry to the Royal Society of Chemistry's 'Exemplarchem' competition, 2002.
The main content is adapted from an undergraduate library project.

Credits

Although any non-original graphics or media have been used without expressed permission, all copyrights and ownerships are acknowledged.
Any original content is hereby noted to be devoid of copyright and may be freely used.

Resources

Browsers

The site is designed to work in Internet Explorer or Netscape Navigator 4.0 or later. However, for Internet Explorer, version 6.0 or later is recommended, and Netscape users are strongly encouraged to use Netscape 6.2. Other suitable browsers are Opera 6.0 or (for the fearless) Mozilla 1.0 (upon which Netscape 6.2 is built) - don't forget to download the Java-enabled versions!
The site has been tested on Microsoft Windows XP, with Internet Explorer 6.0, Netscape Navigator 4.08 and Netscape 6.2.

Plugins

To fully appreciate the site, you'll need to have the Macromedia Flash plugin for your browser - chances are, you probably have it already, but if not, you can find it here. If you're using Internet Explorer, you will be given the opportunity to automatically the Flash plugin if it does not exist.
There are also Java applets and VRML objects in the site. Most modern browsers will handle the Java applet fine, but you will need a plugin to view the VRML world. One example is Parallel Graphics' Cortona VRML client - get it here. Again, auto-installation occurs with Internet Explorer.
It's also useful to have a JavaScript-enabled browser (most are, make sure you haven't turned it off).

Fonts

Whilst most non-alphanumeric symbols are supported by the ASCII character set, at least one used within the site is not, for this, you will require the 'Symbol' font to be installed on your system. The rest of the site is designed with the 'Verdana' and 'Tahoma' fonts. All of these are present on Microsoft Windows computers.

Contact

If you have any questions, comments or anything else, feel free to contact me by email at Ian.Grant.99@bristol.ac.uk.

Schrödinger's Cat

Here's our cat superbly illustrating the paradox of two-state wavefunction mixing portrayed by Schrödinger's infamous cat thought-experiment:

Schroedinger's Cat
Fratton as Schrödinger's kitty - is she alive or is she dead?

(Training is underway for illustration of the two-catflap diffraction effect)

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