91̽»¨

I study neutrino oscillations and the production of neutrino beams in accelerator facilities. My main activities are on the T2K experiment, where I have managed to reduce the neutrino production uncertainty to the level of 5%. This is the most precise a priori estimate of neutrino production that has been achieved for any accelerator-based neutrino oscillation experiment to date!

I am Convenor of the Beam Monte Carlo and CC0Pi Groups for the T2K collaboration.

My research has been nominated as an outstanding Ph.D. thesis by the 91̽»¨, and published as a by Springer.

Recently I have been studying protons from neutrino interactions that are below the track reconstruction threshold at the ND280 sub-detector of T2K, and how the modelling of these protons can bias our measurements of neutrino oscillation parameters.

I also provide DAQ and electronics 91̽»¨ for the running and upgrade of the T2K near detector, and work on developing the DAQ system for - the next generation megaton sized water Cherenkov detector with unprecedented physics potential.

I am a researcher in the Neutrino Group at Rutherford Appleton Laboratory, at the Science and Technology Facilities Council, and a visiting researcher here at the 91̽»¨. I completed both my undergraduate and DPhil degrees at the 91̽»¨, and was also the inaugural recipient of the Kavli IPMU 91̽»¨ DPhil Fellowship.