Statistical mechanical theories of emergence in biological systems (Higgs Centre Workshop)

Contribution List

6. Invited Talk II - Thomas Speck

19/05/2022, 09:15

Scalar active matter: From microscopic to macroscopic

7. Collaboration talk I - Bartłomiej Wacław

19/05/2022, 10:00

Collective phenomena in a model of growing and motile active matter

8. Collaboration talk II - Aidan Brown

19/05/2022, 10:30

Buckling transitions in growing bacterial colonies

9. Collaboration talk III - Philip Bittihn

19/05/2022, 11:30

Nutrient gradients mediate complex colony-level antibiotic responses in structured microbial populations

10. Collaboration talk IV - Ramin Golestanian

19/05/2022, 12:00

Bose-Einstein Condensation in Active Matter

11. Invited talk III - Etienne Fodor

19/05/2022, 13:30

Thermodynamics of active field theories: From quantifying to optimizing dissipation

12. Collaboration talk V - Stefan Klumpp

19/05/2022, 14:15

Patterns and mechanics in systems of active filaments

13. Collaboration talk VI - Johannes Zierenberg

19/05/2022, 14:45

Fluctuation induced bistability in neural networks

15. Invited talk IV - Silke Henkes

19/05/2022, 15:45

Flow, fluctuate and freeze: Epithelial cell sheets as soft active matter

14. Collaboration talk VII - Davide Michieletto

19/05/2022, 16:30

Topologically Active Polymers

16. General Discussion

19/05/2022, 17:00

17. Conference Dinner

19/05/2022, 19:00

18. Invited talk V - Demian Levis

20/05/2022, 09:15

Dry active matter at high densities

19. Collaboration talk VIII - Tyler Shendruk

20/05/2022, 10:00

Polymicrobial Interactions and Motility: Statistical Analysis of Psuedomonas Motility in the Presence of Staphylococcus

20. Collaboration talk IX - Richard Blythe / Francesco Cagnetta

20/05/2022, 10:30

Interfaces in dense active matter

21. Wrap-up and next steps - Peter Sollich / Richard Blythe

20/05/2022, 11:30

5. Free time

3. Informal Discussion

(Participants can use this time to drop bags off etc if need be)

2. Invited Talk I - Julien Tailleur

Self-organization of motile cells by quorum-sensing or chemotactic interactions

4. Walking Tour - Matt Metson and Richard Blythe

1. Welcome - Peter Sollich and Richard Blythe