Watson, S (University of Glasgow)
Tuesday 09 July 2013, 11:00-12:00

Emergent Coarsening Dynamics and Scaling Laws via the Principle of Maximum Dissipation

This four month programme shall advance the mathematical modelling and analysis of complex fluids and active media in situations involving interface and contact line dynamics. It is focused on confined systems involving various kinds of interfaces as, for instance, moving or evaporating drops on substrates, vesicles, thin films, crawling and swimming cells, biological membranes and tissues. 

Read more at: http://www.newton.ac.uk/programmes/CFM/

Cicuta, P (University of Cambridge)
Friday 28 June 2013, 16:50-17:15

Conditions of hydrodynamic synchronization in models of beating cilia

Aronson, I (Argonne National Laboratory)
Friday 28 June 2013, 11:00-11:45

Modeling of Cell Movement on Adhesive Substrates

Feng, J (University of British Columbia)
Friday 28 June 2013, 09:45-10:30

Modeling dorsal closure during embryonic development of the fruit fly

Rey, A (McGill University)
Thursday 15 August 2013, 15:00-16:00

Structure and Dynamics of Biological Liquid Crystals

Cates, M (University of Edinburgh)
Tuesday 13 August 2013, 12:00-13:00

Emergent Coarsening Dynamics and Scaling Laws via the Principle of Maximum Dissipation

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