I'm currently employed as a PostDoc by the Theoretical Physics Group at Argonne National Laboratory in Illinois, USA.

My research interests are varied, currently I am focusing on Lattice QCD (and as such am (still?) part of the UKQCD collaboration) and the Dyson-Schwinger Equation. However I have had a dark past in quark models (dark if you are a QCD purist!)

My previous position was with the Division of Theoretical Physics at The University of Liverpool in England.

Here is a brief history of my physics contributions, starting with the most recent first.

Publications

A list of my publications. The world wide mirrors are UK US1 US2 Japan Germany


Teaching -- 2003/4

My teaching commitments in 2003/4 is consists of offering a project for 3rd year students at the University of Liverpool.

Quantum Cryptography

Cryptography makes it possible to prevent your lecturer from reading your email and shopping on the Internet possible. However with a greater understanding of Quantum Mechanics we are heading into a new era. This project will look at how Quantum Mechanics can tear asunder current cryptography, making it useless, whilst building new systems that are 100% secure.

Ph.D.

My Ph.D. was entitled "Chiral Symmetry and the Extraction of Hadron Properties from Lattice QCD". I even have the abstract on-line.


Honours

My honours thesis was entitled "A Quark Model of Nuclear Matter at High Density" - and I have the abstract available.

I might be even able to dig up a copy if you ask really nicely.


Science News

Science news stories courtesy of ABC Science Online.
[Click on any headline for the full story].

Some Silliness

And now, a suggestion from UserFriendly.org about The Only Legitimate Use Of The Greatly Loathed <BLINK> Tag.

Schrödinger's cat is NOT dead.

(Of course we all know that <BLINK> is not part of the HTML 4.01 standard so I've used CSS to achieve the result!)


Valid HTML 4.01! Valid CSS!
Stewart V. Wright <stewartvwright@gmail.com>
Last modified: $Date: 2006-05-05 16:18:09 -0500 (Fri, 05 May 2006) $