Paul Villoutreix is a computational biologist and machine learning researcher with a decade of experience decoding tissue geometry and developmental dynamics from spatial omics. As Junior Professor Chair at Inserm and group leader at CENTURI, he builds ML frameworks that fuse multimodal data to reveal topology and variability in embryogenesis, drawing on postdoctoral work at Princeton and Weizmann and collaborations at Max Planck and Stanford. His background in mathematical biology and computational topology informs tools like the Embryo Digital Atlas and browser/VR visualizations, bridging rigorous theory with interactive data-driven exploration. Notably, his PhD work uncovered formal analogies between biological variability and concepts from quantum mechanics, reflecting a rare blend of abstract mathematics and practical biological insight.
10 years of coding experience
1 year of employment as a software developer
Postdoc, Postdoc at Princeton University
MATIS, Applied mathematics, MATIS, Applied mathematics at École Supérieure d'Électricité
Postdoc, Postdoc at Weizmann Institute of Science
PhD, Mathematical Biology, PhD, Mathematical Biology at FdV
Classes préparatoires MP*, Mathematics - Physics, Classes préparatoires MP*, Mathematics - Physics at Lycée Louis Thuillier (Amiens)
Master AIV, Interdisciplinary approaches of life sciences, Master AIV, Interdisciplinary approaches of life sciences at Université Denis Diderot (Paris VII)
Visiting Student Researcher, Mathematics, Visiting Student Researcher, Mathematics at Stanford University
Contributions:264 commits, 21 PRs, 267 pushes in 1 year
visualizeweb-basedaimingatlasopen-source-project
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Paul Villoutreix - Junior Professor Chair at Inserm