Projects

Research

My work in collider physics spans simulations, the reliability of numerical calculations, and the question of how to reconstruct unusual decays in a particle detector.

Current · Cambridge / ATLAS

Reconstructing displaced decays

If a particle decays far from the original collision, can the traces it leaves in ATLAS help us work out where it happened?

Explore the MPhil project

Cavendish Laboratory at the University of Cambridge

Summer 2026
CERN openlab

Numerical precision in PEPPER

I investigated how floating-point precision affects calculations in the PEPPER event generator, including where a calculation starts to lose reliable digits.

Read the openlab notes About the CERN project CERN lightning talks

BSc project
University College London

Boosted Higgs physics at the FCC

I developed a Rivet analysis and connected it to Contur and Spey through simulated pseudo-measurements. The study tested the workflow with a 13 TeV closure check and an exploratory 85 TeV study.

Read the project series Read the project wrap-up

Summer 2025
University College London

Probing new physics at the LHC

I used Herwig and Contur to explore changes to associated Higgs production and contributed configuration options to Contur.

Read the summer project overview