The computational physics laboratory has a strong history of producing graduates at all levels including the doctorate. Computational physics projects have included: relativistic scattering, black hole formation, atmospheric waves and oscillations, DNA sequencing, cellular electroporation, fluid dynamics, and electromagnetic scattering from rough surfaces. Members of computational physics group have used standard professional software packages as well as designing special customized codes for particular applications.
CMB Fluctuation Amplitude from Dark Energy Partitions. James Lindesay, H. P. Noyes and E. D. Jones, Physics Letters B 633 (2006) 433-435, SLAC-PUB-10916, astro-ph/0412477, 7 pages.
An Introduction to Black Holes, Information, and the String Theory Revolution, James Lindesay, CERN Courier, Oct. 2005.
Scientific Eschatology. H. P. Noyes and J. Lindesay. Proceedings of the Silver Jubilee Meeting of the Alternative Natural Philosophy Association, Cambridge, UK (2004), SLAC-PUB-10571, SLAC-PUB-11063, physics/0503181, 22 pages (2005).
Evidence for a Cosmological Phase Transition on the TeV Scale. J. V. Lindesay and H. P. Noyes. SLAC-PUB-11437, astro-ph/0508450, 35pages (2005).
Evidence for a Cosmological Phase Transition from the Dark Energy Scale. J. Lindesay. astro-ph/0604342 (2006) 42 pages.
An Introduction of Multiple Scales in a Dynamical Cosmology. J. Lindesay. gr-qc/0605007 (2006) 8 pages.
Thermal Evolution of a Dual Scale Cosmology. James Lindesay, gr-qc/0605041 (2006) 8 pages.
Rights for Italian translation of World Scientific Press best seller An Introduction to Black Holes, Information, and the String Theory Revolution: The Holographic Universe, by L. Susskind and J. Lindesay, given November 2006
James Lindesay. Coordinates with Non-Singular Curvature for a Time Dependent Black Hole Horizon, gr-qc/0609019 (2006), accepted 15 March 2007, Foundations of Physics
James Lindesay. Consequences of a Cosmological Phase Transition at the TeV Scale, Foundations of Physics (online 13 March 2007)