Alexandre Munnier

Institut national de recherche en sciences et technologies du numérique

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About

Alexandre Munnier is a leading researcher in the mathematical modeling of low Reynolds number locomotion, a field critical to understanding the movement of microorganisms and the design of microrobots. His primary research focuses on the controllability and fluid-structure interactions of self-deformable bodies in viscous flows, governed by the stationary Stokes equations. Munnier’s most cited work, "Controllability of 3D low Reynolds number swimmers" (2014), with 26 citations, establishes foundational principles for how microswimmers can achieve directed motion through shape changes in the absence of inertia. His earlier 2012 paper further explores these dynamics, contributing to the theoretical framework for controlling artificial microswimmers. Munnier’s contributions are pivotal for advancing biomedical applications, such as targeted drug delivery and minimally invasive surgery, where precise navigation at microscopic scales is essential. His rigorous mathematical approach has made him a key figure in the intersection of fluid dynamics and control theory, inspiring further research into the locomotion of microorganisms and the development of autonomous micro-robotic systems.