Palaeo & Ichno Computations
Crossing the interface between Palaeontology, mechanics and mathematics
Crossing the interface between Palaeontology, mechanics and mathematics
Function, traces and evolution
I am an UKRI Research Fellow and interdisciplinary palaeontologist at the Natural History Museum, UK. My research explores animal evolution through two main avenues: functional morphology and trace fossils.
At their core, both fields examine the mechanical interactions between ancient organisms and their physical environments, such as flow currents or the substrate. Leveraging my background in computational mechanics and skills in mathematics, I apply quantitative modeling and biophysical frameworks to uncover the mechanisms underlying these interactions. Furthermore, applying these computational approaches to trace fossils refines their classification and lays the foundation for high-throughput ichnological research.
I have a strong publication record in journals including PNAS, Geology, Proceedings of the Royal Society B, Earth-Science Reviews, Journal of Computational Physics, editorial paper in Ichnos, etc., along with recognitions such as the Award of Excellence in Research from the International Association of Applied Mechanics, Best Talk at the OpenFOAM Workshop (the most used CFD codes), Emerald Literati Award, Highly-cited Paper in Palaeontology.
I am always keen to collaborate on innovative and cross-disciplinary projects, and create a new world for computational palaeontology. Feel free to reach out via email or connect with me, and join our group!!!
Discovery of the linear relationship between the effective sensory range and the persistent homology metrics enables the estimation of sensory capacity and possible sensory organs dating back to the Ediacaran.
An exceptionally preserved Cambrian trace fossils assemblage reveals new and full-spectrum morphological features of trace fossil Psammichnites, offering new insights into early ecosystem engineering in shallow marine environments.
Linear smoothness is proposed as a novel metric for characterising locomotion-induced trace fossils, providing direct insights into tracemaker slenderness and offering a new ichnotaxonomic criterion.