Overview
I am a Professor in the Department of Physics at Durham University and a member of the Institute for Computational Cosmology.
I am the Project Scientist for the Durham DiRAC-3 supercomputer facility and chairman of the Local Service Management Board of DiRAC.
The ADS link retreives my publications using my orcid.
I am currently supervising three PhD students and one level 4 project student. I am a first year physics tutor and a level 4 project moderator. I am not currently lecturing, but I have lectured parts of the level 1 'Galaxies and Beyond', and before that the planets part of the level 3 'Cosmology and Planets' lectures.
Cosmology
I am interested in the nature of dark matter and dark energy, and discovering how the universe developed its present complex structure from the epoch of (re)combination to today.
Some recent papers:
On warm dark matter: Lovell et al 2012, Lovell et al 2014, Bose et al 2017
Galaxy formation: Schaye et al 2015, Sawala et al 2016 Large-scale structure: Angulo et al 2012a, Angulo et al 2012b Dark matter annihilation: Springel et al 2008, Gao et al 2012 I am also interested in developing numerical methods for making initial conditions for cosmological simulations. I have created a new method for setting the phases of Gaussian random fields used for cosmological simulations, where the phase information is taken from a public realisation of a multi-scale Gaussian white noise field named "Panphasia". See Jenkins 2013, Jenkins & Booth 2013 for more details.