Project: Energy-demand Forecasting @ Hive | Centrica Hive Limited (British Gas)

I develop ideas and algorithms for efficiently computing scattering amplitude, the mathematical objects which allow physicists to describe what happens when elementary particles interact in high-energy collisions.For example, I have developed tools which have helped increasing the efficiency of high-multiplicity calculations at the next-to-leading order of accuracy. I have also developed computer code for the evaluation of five-particle Feynman Integrals at two-loop: these functions provide the most accurate description of high-energy collision with highly complex final states.I have tutored a variety of bachelor and master's courses and participated as an exhibitor in the Royal Society Summer Exhibition 2017.

I have participated in the computation of the most precise description to date of five-particle interactions in high-energy collisions.I have taught exercise classes to undergraduate Physics students and co-supervised a final-year bachelor thesis.

I have studied the production of highly-energeticphoton pairs at the Large Hadron Collider, a process constituting a significant background toHiggs-boson measurements.I have performed Monte Carlo simulations and developed data-analysis tools in C++