CNRS researcher in applied Mathematics
I am a CNRS researcher (Chargée de recherche) in applied Mathematics, working at the Camille Jordan Institute in Lyon (France). The focus of my research is to develop, study, simulate and apply mathematical models (PDE-based, agent-based) in the context of tissue growth, and cell collective behavior. I am particularly interested in the way cellular behavior and cell-cell interactions convey properties at the scale of the colony, the tissue and the organ.
My work is interdisciplinary and combines mathematical modeling, theoretical analysis of mathematical models, microscopy techniques, image analysis, numerical simulations and biological experiments.
I work closely with biologists from various domains and with biophysicists.
Key words : Modeling, partial differential equations, macroscopic models, cross diffusion, Hele Shaw models, incompressible limit, numerical simulations.
Note: the picture in the header is of a (tilted) quail embryo I took in the Centre de Biologie Intégrative (Toulouse) under a microscope.
CNRS Researcher at Institut Camille Jordan, Lyon, France
Post-doc, Camille Jordan Institute, Claude Bernard University, Lyon, France
Project: Mathematical modeling and analysis of bacteria collective behavior
Mentor: Vincent Calvez
PhD in applied Mathematics, Université Paul Sabatier, Toulouse, France
Project: Mathematical modeling of embryo axis elongation
Advisors: Ariane Trescases (Institut de Mathématiques de Toulouse) and Bertrand Bénazéraf (Centre de Biologie Intégrative)
Excited to share our latest research: "The Mechanism of spatial pattern transition in motile bacterial collectives" !! We uncover how individual bacterial behaviors lead to striking collective patterns! 🦠🔬 #Microbiology #MathModeling #Microscopy https://t.co/h9OnzdnBfI
— Michèle Romanos (@MicheleRomanos) October 29, 2024
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Email: romanos@math.univ-lyon1.fr
Office: Institut Camille Jordan, building Braconnier, 21 Av. Claude Bernard, 69100 Villeurbanne, office 119
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