	Contact Details	Research Interests
	IniOluwa Afolabi MPhil Student Mastercard Foundation Scholar ica25@cam.ac.uk	Catalysis and Gas Storage
	Paramvir Ahlawat SNSF Mobility Postdoctoral Fellow pa483@cam.ac.uk	Beyond-DFT Methods
	Sam Brookes PhD Student sghb2@cam.ac.uk	Interfaces and Nanoconfinement Machine Learning Potentials
	Anna Bui PhD Student Oppenheimer Scholar btb32@cam.ac.uk	Interfaces and Nanoconfinement
	Flaviano Della Pia PhD Student fd385@cam.ac.uk	Beyond-DFT Methods Interfaces and Nanoconfinement Machine Learning Potentials
	Dr. Kara Fong Schmidt Science Fellow Trinity College Junior Research Fellow kdf22@cam.ac.uk	Interfaces and Nanoconfinement Machine Learning Potentials
	Dr. Venkat Kapil Sydney Harvey Junior Research Fellow Oppenheimer Fellow vk380@cam.ac.uk	Interfaces and Nanoconfinement Machine Learning Potentials
	Domantas Kuryla PhD Student dk584@cam.ac.uk	Machine Learning Potentials
	Lisa Masters Secretary lm554@cam.ac.uk
	Prof. Angelos Michaelides Head of Group 1968 Professor of Chemistry am452@cam.ac.uk	Beyond-DFT Methods Catalysis and Gas Storage Interfaces and Nanoconfinement Machine Learning Potentials Nucleation and Dissolution
	Niamh O'Neill PhD Student Gates Scholar nco24@cam.ac.uk	Interfaces and Nanoconfinement Machine Learning Potentials Nucleation and Dissolution
	Dr. Romain Réocreux Visiting Researcher r.reocreux@ucl.ac.uk	Catalysis and Gas Storage
	Xavier Rosas Advincula PhD Student xr223@cam.ac.uk	Machine Learning Potentials Interfaces and Nanoconfinement
	Dr. Christoph Schran Postdoctoral Researcher Walter Benjamin Fellow cs2121@cam.ac.uk	Interfaces and Nanoconfinement Machine Learning Potentials
	Dr. Julia Schumann Postdoctoral Researcher Feodor Lynen Fellow js2611@cam.ac.uk	Catalysis and Gas Storage
	Benjamin Shi PhD Student bxs21@cam.ac.uk	Beyond-DFT Methods Catalysis and Gas Storage
	Eszter Varga-Umbrich PhD Student ev333@cam.ac.uk	Interfaces and Nanoconfinement Machine Learning Potentials
	Dr. Andrea Zen Visiting Researcher a.zen@ucl.ac.uk	Beyond-DFT Methods Interfaces and Nanoconfinement