Art is easy. Mathematics is obvious.
I am a computer scientist currently focusing on understanding crystallisation of molecular crystals to develop more ethical and ecological methodologies for molecular crystal structure prediction workflows.
This work integrates computational aspects of discrete geometry, information geometry, and mathematical chemistry with the aim of translating mathematical principles into practical chemical applications, thereby facilitating sustainable design of novel materials through purely geometric modelling.
ORCID
Google Scholar
GitHub
Mathematics Genealogy Project
Curriculum Vitae – Revised on 4/12/2025
Current projects
Crystallization via Electrostatic Interactions in Molecular Framework Geometries joint with G. M. Day (University of Southampton) and A. I. Cooper (University of Liverpool)
Integral Formulae for Solutions of PDEs with Constant Coefficients and Their Integrability joint with R. Púček (Ruhr University Bochum)
Geometric-Fibrifold Constrained Programming: From Statistical Manifolds to Closest-Packed Molecular Crystals joint with X. Evangelopoulos (University of Liverpool) and A. I Cooper (University of Liverpool)
Exploring the Duality between Geometric Networks and Stochastic Learning Machines through the Lens of the Crystallisation Conjecture joint with R. Púček (Ruhr University Bochum)
Seriation fusion from multiple local and complete orderings joint with X. Evangelopoulos (Univeristy of Liverpool)