2 new Postdoc posts are now available in the QISS group. The posts are to work in the area of quantum information theory: More specifically, from the advertising material:

I just caught up with one of my 2007 Honours students, James Freckleton who did an Honours project with me on Quantum Games. What is that you ask? There is a lot written about quantum games. People seem to have made much hullabaloo that the quantized games give different paybacks than the classical games...but of course...the quantum game is a completely different game and why should it not give different results? James an

We are submitting a paper on quantum transport using qudits and continuous variables. Attached is the Matlab Code and time dependant pulses referred to in the paper. By unpacking this archive and executing the matlab code one can see that the time dependant Hamiltonian generates $\hat{U}^\prime_a$ with 99% fidelity.

Quantum random walks have been studied a lot worldwide to see if they can provide a type of quantum algorithm. One normally compares the quantum random walk with a classical drunken sailor walk (whats this? See www.youtube.com/watch or really en.wikipedia.org/wiki/Random_walk). One set of intriguing result