Parabolic and kinetic models in population dynamics

Contribution List

3. Opening and Welcome

9/26/22, 1:30 PM

1. Rotating Spirals in segregated reaction-diffusion systems

Susanna Terracini

9/26/22, 1:45 PM

2. The shape defect function and stability of traveling waves

Christopher Henderson

9/26/22, 2:35 PM

4. Propagation properties in a multi-species SIR reaction-diffusion system

Romain Ducasse (LJLL)

9/26/22, 3:55 PM

5. How to force biphasic life cycles

Cécile Carrère (Université d'Orléans)

9/26/22, 4:45 PM

6. Existence and regularity for cross diffusion equations coming out of population dynamics

Laurent Desvillettes

9/27/22, 9:00 AM

7. Numerical schemes for concentration phenomena in Lotka-Volterra equations

Hélène HIVERT (ECL - ICJ)

9/27/22, 9:50 AM

8. About the many equilibria of some cross-diffusion systems in population dynamics

Maxime Breden

9/27/22, 11:10 AM

9. Singular limit of stochastic Allen-Cahn eqaution with nonlinear diffusivity

Hyunjoon Park

9/27/22, 1:45 PM

10. Kermack-McKendrick models on a two-scale network, connections to the Boltzmann equations and a free boundary problem in time for the spread of Covid-19

Angela Stevens

9/27/22, 2:35 PM

11. Controllability in Lotka-Volterra competitive systems with positive coefficients

Elisa Effili

9/27/22, 3:55 PM

12. Spreading speeds and one-dimensional symmetry for reaction-diffusion equations in $\mathbb{R}^N$

François Hamel (Aix-Marseille Université)

9/27/22, 4:45 PM

15. Travelling waves and minimality exchange in smectic C* liquid crystals

Elaine Crooks (Swansea University)

9/28/22, 9:00 AM

14. Some optimal control & game theoretical problems in spatial ecology

Idriss Mazari-Fouquer

9/28/22, 9:50 AM

13. TBA

Florian Patout (BioSP, INRAE)

9/28/22, 11:10 AM

17. Reaction-diffusion-advection models with multiple movement modes

Chris Cosner

9/29/22, 9:00 AM

18. Incompressible limit and rate of convergence for tumor growth models with a drift

Noemi David (Sorbonne Université)

9/29/22, 9:50 AM

19. Invasion and coexistence among mutualistic community

Jimmy Garnier

9/29/22, 11:10 AM

20. Convergence to a self-similar profile for a one dimensional one phase Stefan problem

Danielle Hilhorst (CNRS et Université Paris-Saclay)

9/29/22, 1:45 PM

21. Pushed-to-pulled front transitions: continuation, speed scalings, and hidden monotonicity

Matt Holzer

9/29/22, 2:35 PM

22. Reaction-diffusion fronts in funnel-shaped domains

Mingmin Zhang

9/29/22, 3:55 PM

23. Filling the gap between individual-based evolutionary models and Hamilton-Jacobi equations

Sepideh Mirrahimi (CNRS, Institut de mathématiques de Toulouse)

9/29/22, 4:45 PM

24. Computational and analytical approaches for pattern formation in nonlocal hyperbolic systems for biological aggregations

RALUCA EFTIMIE (Université Bourgogne-Franche-Comté)

9/30/22, 9:00 AM

25. Logistic equations with non-local and non-linear convection: a model for cells motion

Pierre Magal (Université de Bordeaux)

9/30/22, 9:50 AM

26. Stability, weak-strong uniqueness and derivation of the SKT system

Ayman Moussa

9/30/22, 11:10 AM

27. Colloquium: Une promenade mathématique en biologie de l'évolution

Vincent Calvez (CNRS et Institut Camille Jordan)

9/30/22, 2:00 PM

La biologie de l'évolution a été formalisée très tôt à l'aide de raisonnements et modèles mathématiques, déterministes ou aléatoires. Dans cet exposé je présenterai quelques progrès récents sur des questions de génétique quantitative, lorsque la population soumise à évolution est décrite par un trait de caractère (phénotype) continu. Le fil conducteur de l'étude sera l'analyse asymptotique de...

16. Talk O