Curriculum Vitae

Research Experience


2020-Present: Assistant Professor in Physical Chemistry, Oregon State University (USA)

2016-2020:   Isborn Group, University of California Merced (USA)
Research modeling absorption spectra of solvated dyes, with a special focus on the influence of vibronic transitions on the simulated spectra.

2014-2016:   Theory of Condensed Matter Group, University of Cambridge (UK)
Research (advisor: Professor Mike C. Payne) into the properties of excited states in complex environments, with a special focus on pigments in solution and exciton coupling in large-scale biological pigment-protein complexes.


Education


2011-2015:   PhD Research, Imperial College London (UK)
PhD research project “Computing the optical properties of large systems”  (supervisor: Prof. Peter D. Haynes) which focused on the development of efficient theoretical and computational approaches to calculating the optical properties of complex biomolecules and nano-structured materials for solar energy storage.

2010-2011:   MSc in Theory and Simulation of Materials, Imperial College London (UK)
Distinction; Research project studying the properties of titanium dioxide nano-structures using density-functional theory (DFT) (supervisor: Professor Peter D. Haynes)

2007-2010:   BSc in Theoretical Physics, Imperial College London (UK)
1st Class Honors; Theoretical and computational research project titled “Collective Quantum Tunneling” (supervisor: Dr. Derek Lee)


Grants


2016:   Co-investigator on Winton Pump-Prime grant “Quantum mechanical modeling of energy transport in photosynthetic pigment-protein complexes”, £50,000 for CPU time on the Darwin supercomputer

2014:   Named researcher on ARCHER eCSE project grant “Calculating Excited States of Extended Systems in LR-TDDFT”, 6 months of funding as a research associate

2014:   ARCHER RAP call “Linear-scaling density-functional theory applied to optical properties of semiconductor nanocrystals“, (PI: Nicholas D. M. Hine), amount: 12 million compute units on the UK national supercomputer ARCHER


Awards


2015:    Springer Thesis Prize

2015:    The Centre for Doctoral Training in Theory and Simulation of Materials Excellence in Research Prize, Imperial College London

2010:   The Ken Allen Prize for Academic Excellence, Imperial College London