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Week 1, July 1-5
July 1
- Welcome and School Introduction [Slides]
- W. Jacobs, Biomolecular Condensates [Notes pt. 1] [Problem set]
- M. Deserno, Membrane Elasticity and Thermodynamics [Lecture Notes] [Problem set]
- P. Bassereau, Protein self-organization [Slides] [Problem set]
- Student Poster Session I [Posters]
July 2
- W. Jacobs, Biomolecular Condensates
- M. Deserno, Membrane Elasticity and Thermodynamics
- P. Bassereau, Protein self-organization
July 3
- W. Jacobs, Biomolecular Condensates
- M. Das, Mechanical transitions in cells and tissues
- E. Matsumoto, Geometry of shape change
July 4
- M. Das, Mechanical transitions in cells and tissues
- M. Deserno, Membrane Elasticity and Thermodynamics
- E. Matsumoto, Geometry of shape change
July 5
- E. Matsumoto, Geometry of shape change
- M. Das, Mechanical transitions in cells and tissues
Week 2, July 8-12
July 8
- M.C. Marchetti, Dense active matter
- N. Mitchell, Mechanics of morphogenesis
- D. Zwicker, Chemically active droplets
- Student Poster Session II
July 9
- M.C. Marchetti, Dense active matter
- N. Mitchell, Mechanics of morphogenesis
- D. Zwicker, Chemically active droplets
July 10
- D. Zwicker, Chemically active droplets
- N. Mitchell, Mechanics of morphogenesis
- K. Wan, Out-of-equilibrium dynamics and organization of active filaments
July 11
- M.C. Marchetti, Dense active matter
- K. Wan, Out-of-equilibrium dynamics and organization of active filaments
- M. Prakash, TBD
July 12
- K. Wan, Out-of-equilibrium dynamics and organization of active filaments
- M. Prakash, TBD
Week 3, July 15-19
July 15
- U. Schwarz, Active contractility of adherent cells
- M. Manning, Emergent mechanical properties of biological tissues
- M. Murrell, Energetic constraints on biological assembly and motion
- Public Lecture: M. Prakash, TBD
July 16
- U. Schwarz, Active contractility of adherent cells
- M. Manning, Emergent mechanical properties of biological tissues
- M. Murrell, Energetic constraints on biological assembly and motion
- Poster Session III
July 17
- J. Yeomans, Active matter models of mechanobiology
- M. Manning, Emergent mechanical properties of biological tissues
- M. Murrell, Energetic constraints on biological assembly and motion
July 18
- J. Yeomans, Active matter models of mechanobiology
- U. Schwarz, Active contractility of adherent cells
- E. Hannezo, Collective cell migration
July 19
- J. Yeomans, Active matter models of mechanobiology
- E. Hannezo, Collective cell migration
Week 4, July 22-26
July 22
- Y. Mao, Tissue growth, repair and morphogenesis
- A. Liu, Learning metamaterials
- I. Cohen, Viscosity metamaterials, biological tissues and microscopic robots
July 23
- Y. Mao, Tissue growth, repair and morphogenesis
- I. Cohen, Viscosity metamaterials, biological tissues and microscopic robots
- A. Liu, Learning metamaterials
July 24
- D. Durian, Autonomous learning metamaterials
- V. Vitelli, TBD
- A. Liu, Learning metamaterials
July 25
- D. Durian, Autonomous learning metamaterials
- V. Vitelli, TBD
- I. Cohen, Viscosity metamaterials, biological tissues and microscopic robots
July 26
- D. Durian, Autonomous learning metamaterials
- V. Vitelli, TBD