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INHOMOGENEOUS RANDOM SYSTEMS
Tuesday 22 and Wednesday 23 January 2008 - Schedule
Amphi Darboux
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Moderator: Sylvie Méléard (Palaiseau)
Evolutive Biology aims making sense of the hyper-diversity of life at every scale of spatial and temporal organization. The microscopic dynamics are very complex and need mathematical models, intrinsically probabilist and nonlinear. They have to take into account mutation or selection phenomena with possible migration appearing at different complexity levels. The goal of this short meeting is to introduce the main problematics of evolution and to show the diversity and the interest of the probabilistic models emerging from this field.
Preliminary list of Speakers: N. Berestycki (Cambridge), N. Champagnat (Sophia-Antipolis), P. Collet (Palaiseau), V. Limic (Marseille), H. Metz (Leiden), A. Wakolbinger (Frankfurt).
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The theory of population genetics deals with the change in genetic composition of populations under the influence of evolutionary forces such as genetic drift, mutation, selection, recombination... Randomness is an essential ingredient in the underlying stochastic processes. Dynamics can be looked at either forward or backward in time; backward in time leads to the ancestral lines of the population.
Preliminary list of Speakers: E. Baake (Bielefeld), R. A. Blythe (Edinburgh), R.C. Griffiths, A. Lambert (Paris), M. Moehle (Dusseldorf), M. Serva (L'Aquila), D. Simon (Paris).
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François Dunlop | Thierry Gobron | Ellen Saada |
Physique Théorique et Modélisation | Physique Théorique et Modélisation | Mathématiques, Raphaël Salem |
Université de Cergy-Pontoise | Université de Cergy-Pontoise | Université de Rouen |
(33)1 3425 7509 | (33)1 3425 7511 | (33)2 3295 5262 |
Programme and
proceedings of previous sessions:
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2000 -
2001
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2003
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- 2005
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- 2007