33 defended theses with the following research partners Gulliver (Paris)Excerpt from most recent:
Active elastic solids : collective motion, collective actuation & polarization
by Paul Baconnier supervised by Olivier Dauchot - Université Paris sciences et lettres
Physique
defended on 23-01-2023
Bio-inspired design from the bottom-up : Catalysis and Self-Assembly through Folding
by Maitane Muñoz Basagoiti supervised by Olivier Rivoire and Zorana Zeravcic . - Université Paris sciences et lettres
Physique
defended on 20-12-2022
Development of a Primary Standard for the Measurement of Nano-Flow Rates of Liquids
by Abir Boudaoud supervised by Teresa Lopez-Leon - Université Paris sciences et lettres
Physique
defended on 16-12-2022
Active nematic films under confinement : harnessing topological defects, shaping active flows and designing autonomous microfluidic machines
by Claire Doré supervised by Teresa Lopez-Leon and Juan J. de Pablo . - Université Paris sciences et lettres
Physique
defended on 15-12-2022
Near-surface transport of polymer solutions and time-dependent soft microfluidics
by Gabriel Guyard supervised by Frédéric Restagno and Joshua D. McGraw . - université Paris-Saclay
Physique
defended on 13-12-2022
Studies of active systems for robotic exploration, wave manipulation, and control of liquids in the Leidenfrost state
by Samuel Hidalgo Caballero supervised by Emmanuel Fort and Matthieu Labousse . - Université Paris sciences et lettres
Physique
defended on 07-12-2022
A statistical view on the origin of homochirality
by Gabin Laurent supervised by David Lacoste and Ulrich Gerland . - Université Paris sciences et lettres
Physique
defended on 09-11-2022
Fluctuations in cell lineages and population trees : a thermodynamic perspective
by Arthur Genthon supervised by David Lacoste and Jérémie Unterberger . - Université Paris sciences et lettres
Physique
defended on 14-10-2022
Active Colloidal Gels
by Mengshi Wei supervised by Olivier Dauchot - Université Paris sciences et lettres
Physique
defended on 28-09-2022
La Microfluidique Papier pour le développement d’un test diagnostic portable : le COVIDISC
by Etienne Coz supervised by Patrick Tabeling and Fabrice Monti . - Université Paris sciences et lettres
Mécanique
defended on 04-02-2022
Dynamic coupling between passive and active complex fluids in curved geometries
by Martina Clairand supervised by Teresa López-León and Jordi Ignés-Mullol . - Université Paris sciences et lettres
Physique
defended on 16-12-2021
Rheology of dense suspensions in the thermal crossover
by Alice Billon supervised by Olivier Pouliquen , Yoël Forterre and Olivier Dauchot . - Aix-Marseille
Sciences pour l'ingénieur. Mécanique et physique des fluides
defended on 08-12-2021
Towards biocatalyst selection using microfluidically distributed molecular programs
by Vasily Shenshin supervised by Yannick Rondelez - Université Paris sciences et lettres
Biochimie
defended on 29-01-2021
Etude hydrodynamique des mélanges binaires thermosensibles
by Marc Pascual supervised by Marie-Caroline Jullien - Université Paris sciences et lettres
Mécanique
defended on 14-10-2020
Granular chains, an alternative to study confined polymer dynamics
by Paul Rambach supervised by Thomas Salez and Pascal Damman . - Université Paris sciences et lettres
Physique
defended on 22-09-2020
Structuration d'hydrogels thermoactivables pour l'analyse de cellules uniques
by Hubert Geisler supervised by Patrick Tabeling - Université Paris sciences et lettres
Mécanique
defended on 22-01-2020
Microfluidique papier pour le diagnostic de terrain : préparation d'échantillon et multiplexage
by Pierre Garneret supervised by Patrick Tabeling - Paris Sciences et Lettres (ComUE)
Mécanique
defended on 05-12-2019
Aspects physiques des scénarios d'origines de la vie
by Alexander Blokhuis supervised by David Lacoste and Philippe Nghe . - Paris Sciences et Lettres (ComUE)
Physique
defended on 18-11-2019
Goutte d'eau nageuse en environnement complexe, confinement, gravité et effets collectifs.
by Charlotte De Blois de La Calande supervised by Olivier Dauchot and Mathilde Callies Reyssat . - Paris Sciences et Lettres (ComUE)
Physique
defended on 05-11-2019
Dynamique de goutte en microfluidique dans un système confiné
by Alexandre Mansur supervised by Marie-Caroline Jullien - Paris Sciences et Lettres (ComUE)
Mécanique
defended on 24-10-2019
In vitro enzyme directed evolution using DNA artificial networks
by Rémi Sieskind supervised by Yannick Rondelez - Université Paris Cité
Biochimie
defended on 15-10-2019
Ecoulement et Rupture de Matériaux Colloïdaux
by Gustavo Estevam Gimenes supervised by Elisabeth Bouchaud - Paris Sciences et Lettres (ComUE)
Physique
defended on 18-12-2018
Dynamique et instabilités aux interfaces molles
by Maxence Arutkin supervised by Elie Raphaël - Paris Sciences et Lettres (ComUE)
Physique
defended on 05-12-2018
Compartmentalized directed evolution of enzymes using molecular programs as self-selection function
by Adèle Dramé-Maigné supervised by Yannick Rondelez - Sorbonne Paris Cité
Biochimie
defended on 15-11-2018
Effects of a local topographic variation on confined, non-wetting droplets in a microfluidic channel
by Margaux Kerdraon supervised by Marie-Caroline Jullien and Stéphanie Descroix . - Paris Sciences et Lettres (ComUE)
Mécanique
defended on 09-10-2018
Vers la production de 'patchy particles' à base de cristaux liquides
by Kunyun He supervised by Olivier Dauchot and Teresa López-León . - Paris Sciences et Lettres (ComUE)
Physique
defended on 23-03-2018
Etude expérimentale des phases denses d'un liquide de disques durs actifs
by Guillaume Briand supervised by Olivier Dauchot - Paris Sciences et Lettres (ComUE)
Physique
defended on 20-12-2017
Dynamique d'une goutte 2D dans une cellule de Hele-Shaw
by Benjamin Reichert supervised by Marie-Caroline Jullien - Paris Sciences et Lettres (ComUE)
Mécanique
defended on 12-12-2017
Matériaux photoniques auto-assemblés
by Joshua Ricouvier supervised by Patrick Tabeling - Paris Sciences et Lettres (ComUE)
Génie électrique, électronique, photonique et systèmes
defended on 16-11-2017
Réalisation d'actionneurs à base d'hydrogel thermosensible et étude du glissement par nanovélocimétrie
by Loïc D'Eramo supervised by Patrick Tabeling - Paris 6
Microfluidique, physique des liquides
defended on 01-12-2016
