Holding a Ph.D. in Computer Science from the University of Liverpool, with a background in mathematical sciences, I aim to uncover fundamental principles underlying molecular crystal assembly and to translate these insights into computational strategies for designing novel materials. By employing modern scientific computing techniques such as array programming for efficient high-performance computing, GPU acceleration, and large-scale data processing, I seek to bridge mathematics and chemistry further, enabling practical applications in materials design through purely geometric modeling.
Crystallization via Electrostatic Interactions in Molecular Framework Geometries 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 with R. Púček (University of Jena)
Geometry-Informed Programming: From Statistical Manifolds to Close-Packings of Hard van der Waals Sphere Models with A. I Cooper (University of Liverpool), X. Evangelopoulos (University of Liverpool) and V. Kurlin (University of Liverpool)
Exploring the Duality between Geometric Networks and Stochastic Learning Machines through the Lens of the Crystallisation Conjecture with R. Púček (University of Jena)
Seriation fusion from multiple local and complete orderings with X. Evangelopoulos (Univeristy of Liverpool) and T. Mu (University of Manchester)
ORCID ⋅ Mathematics Genealogy Project ⋅ MathSciNet
