09:00-09:45 | R. Di Leonardo | Swimming in complex environments: from biofilms to bacteria powered micro-devices (2) [PDF] |
09:45-10:05 | F. Gallaire | A depth-averaged model for droplet motion in thin microfluidic channels : from 3D to 1D. [PDF] |
10:05-10:25 | R. Golestanian | Active colloidal swimmers as building blocks for active matter [PDF] |
10:25-10:45 | T. Krueger | Passive separation of blood components in microfluidic devices [PDF] |
10:45-11:05 | A. Celani | Odor landscapes in turbulent environments [PDF] |
11:05-11:40 | coffee break | |
11:40-12:00 | M. Shats | Turbulence on the water surface and vorticity generation by waves [PDF] |
12:00-12:20 | R. Ostilla Mónico | The effect of Taylor rolls on highly turbulent Taylor-Couette flow [PDF] |
12:20-12:30 | C. Mejia-Monasterio | Geometry-induced superdiffusion in driven crowded systems [PDF] |
12:30-12:40 | E. Chiarello | Production and control of non-newtonian droplets in microfluidic devices [PDF] |
12:40-14:30 | lunch break | |
14:30-17:30 | free discussion time |