My research focuses on the physics of complex matter and especially the relationship between the behavior from one to many particle systems, across the scales. In this scope, I am interested in the link between the mechanical response of macroscopic systems and the behavior and interactions of single particles, which can either be sandgrains, bio-inspired adhesive emulsion droplets, self-propelled droplets, colloids or biological organisms (swimming micro-algeas). To tackle the physics of these systems, I rely on both laboratory and numerical experiments to probe theoretical models.

I currently am a postdoctoral research associate at ESPCI in Paris, France, within the MIE team (P.I. Annie Colin), at the Center for Biology and Innovation. I am currently working on relating the inter-particle contact tribology (Tuning-Fork Microscopy) to the rheology of non-Brownian suspensions, and on the development of new means to understand the flow physics of living suspensions.

Before this, I was a MRSEC postdoctoral research fellow at New York University, at the Center for Soft Matter Research, within the Jamming and Biophysics Lab., where I especially developed an experimental system to generate individual swimming droplets that exhibit strong memory effects in their trajectories due to the repulsion from their excreted trail, leading to non-Markovian random walks.

I have done my PhD within the Physics and Mechanics of Heterogenous Media Lab. at ESPCI (Paris). I was supervised by Eric Clément and Bruno Andreotti. My PhD research focused on the nonlocal rheology of dense granular flows and also on acoustics in granular matter close to the unjamming transition. During this journey, I have designed and worked on several experiments: parabolic Zero-G flights (experiment of acoustics in weakly confined granular media) and lab. experiments (measurements of non-local effects in granular avalanches). I also run DEM numerical simulations to investigate non-local phenomena in granular flows.

You can follow me on ResearchGate.
I also tweet but not so much.

2D DEM simulation of frictional beads on an inclined plane (gravity is inclined)

2D DEM simulation of frictional beads on an inclined plane (gravity is inclined towards right)

Beside my lab activities, I like swimming, rock climbing, and back-packing around the world (Indonesia, Mongolia, Rockies in the US, French Pyrenees and Alps…). I am also very into Arts ; I like photography, going to exhibitions and to the theatre.