Name | Period | Title |
T. Aubin | Feb. 3-8 | How to understand the acustic communication in animals |
V. Capasso | Jan. 28 - Feb. 1 | Collective behaviour of large populations of interacting active individuals in Biology and Medicine |
A. Carbone | Feb. 16-21 | Cooperativity and Simmetry at Biological Scales |
J.P. Crutchfield | Feb. 24-27 | Patterns and Pattern Discovery |
F. Cucker | Feb. 3-9 | Learning theory |
P. de Kepper | Feb. 17-23 | Turing structures and other reaction-diffusions in open chemical reactors |
J.-D. Deuschel | March 2-9 | Random effective interface models |
M. Giacca | January 28-29 February 11-12 | - Mammalian stem cells: from cell fate determination to therapeutic applications. - Combinatorial protein complexes governing DNA transactions (replication,gene expression, recombination and repair) |
G. Giacomin | Jan. 12-25 | Localization phenomena in polymer models |
M. Isopi | Jan. 10 - March 10 | Modelling stem cells: from ODE's to particles systems |
M. Lässig | Febr. 5-6 | - Chance and Rule in Molecular Networks. - Evolution of Gene Regulation |
P. Malliavin | March 4-8 | Reduction of dimensionality of dynamical phase space for large biological Systems |
A. Martinoli | Feb.3-5 | Biologically Inspired Collective Robotics |
H. Meinhardt | March 3-7 | Models of biological pattern formation |
L.Peliti | Feb. 3-5 | Why is the DNA denaturation transition first order? |
A. Pugliese | Feb. 17-22 | Persistence and extinction in models for fragmented populations |
R. Turner | Feb. 1-28 | An Introduction to Neural Dynamics |
T.Vicsek | Jan. 27 - Feb. 2 | Fractal growth phenomena |