Home page > Séminaires > Archives séminaires > Séminaires 2021 > MSC Visio-Seminar. September 27th 2021. Médéric Argentina (INPHYNI, Université Côte d’Azur) : "Proprioceptive Mechanism for Bioinspired Fish Swimming".
MSC Visio-Seminar. September 27th 2021. Médéric Argentina (INPHYNI, Université Côte d’Azur) : "Proprioceptive Mechanism for Bioinspired Fish Swimming"
Sauf mention contraire, les séminaires et les soutenances se déroulent à 11h30 en salle 454A du bâtiment Condorcet.
There will be a live diffusion with Zoom.
Monday September 27th, 11h30
Contact Michael Berhanu to attend the visio-seminar
Proprioceptive Mechanism for Bioinspired Fish Swimming
Institut de Physique de Nice (INPHYNI), Université Côte d’Azur
Abstract : We propose a mechanism for driving bioinspired fish swimming locomotion based on proprioceptive sensing. Proprioception provides information about and representation of a body’s position, motion, and acceleration in addition to the usual five senses. We hypothesize that a feedback loop based on this “sixth” sense results in an instability, driving the locomotion. In order to test our assumptions, we use a biomimetic robot and compare the experimental results to a simple yet generic model with excellent agreement.
Contact : Équipe séminaires / Seminar team - Published on / Publié le 8 septembre 2021
Dans la même rubrique :
- 11 janvier 2021, 11h30, Séminaire MSC, J-B. Manneville, Institut Curie, "Intracellular mechanics of normal and cancer cells"
- Visio-Séminaire MSC. 18 janvier 2021. Raphaël Saiseau (MSC) : "Thermo-hydrodynamique dans les systèmes critiques : Instabilités, Relaxation et Evaporation"
- MSC Visio-Seminar. January 25th 2021. Piotr Szymczak ( University of Warsaw) : "Knotted Loops Fall Flat"
- MSC Visio-Seminar. February 1st 2021. Maxime Lanoy (LPENS, PSL, Paris) : "Looking for graphene-like behaviors in soft matter"
- MSC Visio-Seminar. February 8th, 2021. Giuseppe Pucci (CNR-Nanotec, Calabria, Italy) : "Water sliders, capillary attraction and capillary surfers"
- MSC Visio-Seminar. March 8th 2021. Marc-Antoine Fardin (IJM, Paris) : "Spreading : from the atomic bomb to cell motility"
- MSC Visio-Seminar. March 22th 2021. Rémy Colin (Max Planck Institute, Marburg, Germany) : "Biophysics of bacterial navigation "
- MSC Visio-Seminar. April 6th 2021. Thomas Barois (LOMA, Bordeaux) : "Using toys as a model system to study collective behaviours and active matter"
- MSC Visio-Seminar. April 12th 2021. Sylvie Lorthois (IMFT, Toulouse) : "Broad distributions of blood flow and transport properties as a fundamental component of brain microcirculation."
- MSC Visio-Seminar. 16h00 April 26th 2021. Alexander Petroff (Clark University, USA) : "Formation and Dynamics of Active Crystals by Fast-Swimming Bacteria"
- MSC Visio-Seminar. May 3rd 2021. Emmanuel Fort (Institut Langevin, ESPCI, PSL) : "Vibrations defy gravity and time"
- MSC Visio-Seminar. May 10th 2021. Elsa Bayart (ENS Lyon) : "Solid friction : heterogeneities and rupture arrest"
- MSC Visio-Seminar. May 17th 2021. Jean-Baptiste Gorce (MSC, Université de Paris) : "Dynamics of spinning discs in fluid"
- MSC Visio-Seminar. May 31st 2021. Christophe Josserand (LadHyx, Ecole Polytechnique) : " Freezing impacting drop"
- MSC Visio-Seminar. June 7th 2021. Philippe Marmottant (Liphy, Université Grenoble Alpes) : "Platonic bubble vibrations"
- Visio-Séminaire MSC. 14 juin 2021. Jean Colombani (ILM, Lyon) : "Coffee-stain effect with pure water on a soluble substrate"
- MSC Visio-Seminar. Juin 21st 2021. François Pétrélis (LPENS, ENS) : " Modèles de tremblements de Terre : de la distribution spatiale de la contrainte aux lois de Gutenberg-Richter et Omori."
- MSC Visio-Seminar. July 5th 2021. Kristina Davitt (LPENS, ENS) : "How we understand wetting on real surfaces."
- MSC Visio-Seminar. Postponed. Catherine Villard (Institut Curie & institut Pierre Gilles de Gennes) : "Fungi under confined space : a biophysical approach of the filamentous yeast Candida albicans"
- MSC Visio-Seminar. September 21st 2021. Ada Altieri (MSC, Université de Paris) : "Evidence of glassy phases in large well-mixed ecosystems with competitive and cooperative interactions"
