11h00-11h30 PAUSE
11h30-11h50
J. Deseigne
Vibrated polar disks: spontaneous
motion, binary collisions, and collective dynamics
11h50-12h10
C. Weber
Modelling vibrating polar discs
12h10-12h30 A. Peshkov
Simple and faithful nonlinear
continuous equations for interacting self-propelled rods
13h00-14h00 DÉJEUNER
14h00-14h20 CAFÉ
14h20-15h00 G. Theraulaz
Décrypter les interactions entre poissons au sein d'un banc
15h00-15h20 P. Visco
Probing active forces in living cells
15h20-15h40 J. Gachelin
Viscosity of E.Coli Suspensions
15h40-16h00 F. Peruani
Collective motion and
nonequilibrium cluster formation at high density: from bacteria to
lattice models
16h00-16h30 PAUSE
16h30-17h10 L. Cugliandolo
Températures effectives en matière active
17h10-17h30 P. Viot
Frictional granular motors
17h30-18h00
Flash
session (films).
Jeudi 10
mai
09h00-09h40 P. Maynar Blanco
Fluctuating hydrodynamics for granular gases
09h40-10h00
I. García de Soria
Hydrodynamics for a fluid without collisional invariants
10h00-10h20 P. Illien
Active hard spheres
10h20-10h40 S. Henkes
Self-propelled particles at high density
10h40-11h00 L. Berthier
Physique des particules actives à haute densité
11h00-11h30 PAUSE
11h30-11h50 G. Attuel - Spatio-temporal chaos and intermittency features of atrial
fibrillation, their possible connection
to the dynamics of mean field
models. Short opening on coupled oscillators and self propelled
particles
11h50-12h10 M. Génois
Modélisation de l'évolution d'un champ de barkhanes
12h10-12h30 L-H. Luu
Fluctuations de l'interface d'un agrégat ordonné dans un milieu granulaire vibro-fluidisé
13h00-14h00 DÉJEUNER
14h00-14h20 CAFÉ
14h20-15h00 C. Appert-Rolland
Experiments and models for pedestrian crowds
15h00-15h20
L. Bocquet
Marche aléatoire de particules
actives: une analogie avec le modèle de Lorentz
15h20-15h40
J. Cividini
Un nouveau type d'update pour les
piétons/A new type of update for pedestrians
15h40-16h00 C. Cottin-Bizonne
Experimental studies of active colloids
16h00-16h30 PAUSE
16h30-16h50 J. Palacci
Living crystals of active particles
16h50-17h10 D. Bartolo
Experimental investigation of ultrafast active-colloids: from individual to collective behavior