Welcome to the Wiggly Lab! alternative

In the Wiggly Lab , we combine experiments, theory and simulations to shed light on diverse transport phenomena occuring at the nano to micro scales in soft matter systems. The systems are diverse: from porous flows in veins or soils, to particle motion of colloids and bacteria. Yet they are ruled by common physical laws based on statistical and fluid mechanics. Note: Since March 2026, Sophie Marbach is a Scientist at Mistral, where she is building Mistral's efforts in AI for Science and a new group. She is on leave from her CNRS Researcher position. The Wiggly Lab was formerly hosted in ``Laboratoire PHENIX''.

Image 1
What can counting particles in boxes tell us about their dynamics? Check out our preprint here ! Thanks to Brennan Sprinkle in Colorado and the Thorneywork Group in Oxford !
Image 2
Our story on vascular adaptation in slime just came out ! Thanks to our collaborators in the Biological and Morphogenesis Group in Germany!
Image 3
Fancy aggregates form in the presence of subtle and driven 3D concentration gradients came out ! Thanks to the group of Carlos Silvera Batista in Tennessee!
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Do nanocaterpillars hop or slide? Find out here ! Thanks to the Pine Lab in New York and Miranda Holmes-Cerfon in Canada !

Funding Acknowledgments

CONTACT
Dr. Sophie Marbach
Scientist at Mistral
CNRS Researcher on leave
sophie.marbach AT cnrs.fr

Copyright © Sophie Marbach 2024