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Higgs School on Advances in Computational Active Matter

June 29, 2025 to July 4, 2025
James Clerk Maxwell Building
Europe/London timezone

Contribution List

24 out of 24 displayed
  1. 1. Bootcamp: Monte Carlo, thermostats, random numbers and general considerations
    Joost de Graaf (Utrecht University)
    6/29/25, 1:00 PM

    Joost de Graaf

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  2. 2. Bootcamp: Active particles and analysing simulation data
    Silke Henkes (Leiden University)
    6/29/25, 2:45 PM

    Silke Henkes

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  3. 3. Introduction
    Joakim Stenhammar (Lund University)
    6/30/25, 9:00 AM

    Joakim Stenhammar

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  4. 4. Active Brownian Particles
    Chantal Valeriani
    6/30/25, 9:15 AM

    Chantal Valeriani

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  5. 5. Collective behavior of cells in animal development
    Erika Tsingos
    6/30/25, 11:00 AM

    Erika Tsingos

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  6. 6. Run-and-tumble particles
    Chantal Valeriani
    6/30/25, 2:00 PM

    Chantal Valeriani

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  7. 7. Cell-based modelling approaches to animal development
    Erika Tsingos
    6/30/25, 4:00 PM

    Erika Tsingos

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  8. 9. Vertex model for tissue mechanics
    Rastko Sknepnek
    7/1/25, 9:00 AM

    Rastko Sknepnek

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  9. 10. Continuum theories for active particles
    Benno Liebchen
    7/1/25, 11:00 AM

    Benno Liebchen

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  10. 11. Modelling active elastic membranes and sheets using triangulated surfaces
    Rastko Sknepnek
    7/1/25, 2:00 PM

    Rastko Sknepnek

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  11. 12. Pattern formation in phoretic active matter
    Benno Liebchen
    7/1/25, 4:00 PM

    Benno Liebchen

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  12. 13. Hydrodynamic interactions in Stokes flow
    Gwynn Elfring
    7/2/25, 9:00 AM

    Gwynn Elfring

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  13. 14. Lattice Boltzmann method: principles
    Timm Krueger
    7/2/25, 11:00 AM

    Timm Krueger

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  14. 15. Active Stokesian Dynamics
    Gwynn Elfring
    7/2/25, 2:00 PM

    Gwynn Elfring

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  15. 16. Lattice Boltzmann method: suspensions and fluctuating hydrodynamics
    Timm Krueger
    7/2/25, 4:00 PM

    Timm Krueger

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  16. 17. Immersed boundary methods: theory and implementation
    Enkeleida Lushi
    7/3/25, 9:00 AM

    Enkeleida Lushi

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  17. 18. Theory of phase field models with and without hydrodynamics
    Davide Marenduzzo (School of Physics and Astronomy, The University of Edinburgh)
    7/3/25, 11:00 AM

    Davide Marenduzzo

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  18. 19. Immersed boundary methods: applications to active matter
    Enkeleida Lushi
    7/3/25, 2:00 PM

    Enkeleida Lushi

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  19. 20. Tissue and cell monolayer modelling via phase fields
    Davide Marenduzzo (School of Physics and Astronomy, The University of Edinburgh)
    7/3/25, 4:00 PM

    Davide Marenduzzo

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  20. 21. Hydrodynamic Studies of Microswimmers I: Multi-particle collision dynamics and squirmers
    Holger Stark
    7/4/25, 9:00 AM

    Holger Stark

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  21. 22. Multi-particle collision dynamics for active fluids
    Tyler Shendruk (University of Edinburgh)
    7/4/25, 11:00 AM

    Tyler Shendruk

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  22. 23. Hydrodynamic Studies of Microswimmers II: Squirmer rods, E. coli bacteria, African trypanosomes, ...
    Holger Stark
    7/4/25, 2:00 PM

    Holger Stark

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  23. 24. What have we learned?
    Ignacio Pagonabarraga
    7/4/25, 4:00 PM

    Ignacio Pagonabarraga

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  24. 8. Lunch