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Driven Microfluidic Systems
May 20, 2009 to May 22, 2009
Location : Atlantic Centre for Atomistic Modelling, Dublin
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- Manipulating liquids or colloids through surface effects
Christophe Ybert - Thermophoresis: Moving particles with thermal gradients
Roberto Piazza - Autonomous Nano/Microscale Motion Through Catalysis
Ayusman Sen - Beyond Navier-Stokes: exploiting non-equilibrium phenomena in driven gas micro flows
Jason Reese - Development of integrated microfluidic systems for point-of-care genetic analysis applications
Paul Galvin - Synthetic Self-Propelled Nanomotors
Raymond Kapral, Yu-Guo Tao - Power Conversion in Micro-Fluidic Devices
Roland Netz, Douwe Bonthuis, Dominik Horinek - Phoretic and Deforming Low Reynolds Number Swimmers
Ramin Golestanian - Magnetic Nanorotors with Tailored Field-Induced Dynamics
Annette Schmidt, Mathias Feyen, Erik Heim, Frank Ludwig - Ferromagnetic microswimmer: theoretical formalism and experimental prototype
Feodor Ogrin, P.G. Petrov, C.P. Winlove - Acoustically driven lab on a chip systems
Achim Wixforth - Model microswimmers: From individual motion to collective response
Ignacio Pagonabarraga Mora - Boundary conditions for nanoscale flow
Nick Quirke - Self-propelled Microswimmers near Surfaces
Gerhard Gompper, Jens Elgeti, Yingzi Yang - Colloidal transport on magnetic garnet film.
Pietro Tierno - Electroosmotic Pumping of Dipolar Fluids through Carbon Nanotubes
Douwe Jan Bonthuis - Hydrodynamics interactions between microswimmers
Julia Yeomans - Minimal model for hydrodynamic synchronization
Thomas Powers - Collective swimming of soft active particles
Denis Bartolo, Eric Lauga (UCSD) - Rotating a polymer at nonequilibrium
Hirofumi Wada, Roland Netz - Volume-force driven microfluidic lab-on-a-chip technologies
Jens Ducrée - Computational physics of active matter
Davide Marenduzzo - From microscopics to hydrodynamics in active filament suspensions
Tanniemola Liverpool - Effective viscosity of micro-swimmers suspensions
Salima Rafaï, Levan Jibuti, Philippe Peyla
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