Research Projects
2022
Callum Duffy
Noah Clarke Hall
Deep learning the shape of the Higgs potential with ATLAS at the LHC
Max Hart
Machine learning techniques to improve track reconstruction at the ATLAS experiment at the LHC
Nathan Higginbotham
Determining the Neutrino Mass from Cyclotron Radiation Emission Spectroscopy
Paul Nathan
Alicja Polanska
Geometric deep learning on the celestial sphere for cosmology and beyond
Nikita Pond
Alex Saoulis
James Ray
Interpretable Galaxy Imaging from Large Surveys using Supervised & Unsupervised Machine Learning
Tara Tahseen
Using deep learning to model complex chemistries of exoplanet atmospheres
Antonia Vojtekova
Exploring exoplanetary atmospheres with a combination of machine learning
2021
Jackson Barr
Ross Dobson
Unveiling the exoplanet population with novel data science techniques
Philippa Duckett
Applying machine learning techniques to improve the tracking and identification of b-jets in the ATLAS detector at the LHC
Elizabeth Guest
Machine learning of pressure dependence of molecular line profiles for Exoplanets
Thandikire Madula
2020
Prabh Bhambra
Marin Mlinarevic
Patricio Reller Garcia
Data-intensive and high-performance computing applied in a multidisciplinary research stage
Arianna Saba
From Space to Ground: Characterising Exoplanet Atmospheres at Low and High Spectral Resolutions
Federico Speranza
Andrius Vaitkus
Yuwen Zhang
2019
I Cheng (Matthew)
AI-Assisted Detection and Plasma Processes of Saturn's Magnetospheric Boundaries
Graham Van Goffrier
Improved Nuclear Matrix Elements for Neutrinoless Double-Beta Decay
Nisha Lad
Nikolay Walters
Samuel Wright