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My research is primarily focused on how complex biological systems can be understood and modelled using mathematical techniques. I have organised my interests here by organism and, under each, included a brief description of the types of techniques used in these areas.
My research is primarily focused on how complex biological systems can be understood and modelled using mathematical techniques. I have organised my interests here by organism and, under each, included a brief description of the types of techniques used in these areas.
Image source: https://en.wikipedia.org/wiki/Chlamydomonas#/media/File:Chlamydomonas_(10000x).jpg
Statistical Physics, active particles, numerical simulations, data analysis, image analysis, active Brownian motion.
Image source: https://en.wikipedia.org/wiki/Euprymna_scolopes#/media/File:Hawaiian_Bobtail_squid.tiff
Computational fluid dynamics, numerical simulations, sensitivity analysis, active Brownian motion.
Image source:
https://sciencephotogallery.com/featured/2-vibrio-fischeri-dennis-kunkel-microscopyscience-photo-library.html
Population modelling, trait-structured models, natural selection, numerical simulations, model identifiability, sensitivity analysis, genetic algorithms.
Image source:
https://actiniaria.com/exaiptasia_diaphana.php
Delay differential equations, population modelling, general additive models, size-structured models, model identifiability, sensitivity analysis.
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