strasbourg university • france
L. Hilbert : Active droplets Phase separation can compartmentalize the cellular space Catalytically active sites can shape phase droplets Active processes can disperse droplets K. Kruse : Introduction to active gel theory and applications on cellular scales Out-of-equilibrium physics : principles Active gels : definitions, the cytoskeleton from a theory point of view Stress generations […]
This course will allow the students from Chemistry/Physics/Biology backgrounds to be exposed to the basics in Maths. Differential Calculus Solving Partial Differential Equation Stochastic differential equation and Brownian motion Cell Displacements and collective effects : examples with Vicsek models and comparisons with experiments Novelties in Mathematical Biology
This course will allow the students from Maths/Physics/Biology backgrounds to be exposed to the basics in Chemistry. Basics in Chemical Biology : basic reactions Basic reasoning and strategies in synthesis Classical methods for characterisations Novelty in Chemical Biology
This course will allow the students from Maths/Chemistry/Biology backgrounds to be exposed to the basics in Physics. Life at low Reynolds number Energy, minimization of energy Elasticity : examples with polymers and with simple visco-elastic materials Physics of membrane : examples with caveolae Hydrodynamics : the Navier-Stokes equation Scaling Phase transition Novelties in Physics
This course will allow the students from Physics/Chemistry/Biology backgrounds to be exposed to the basics in Biology. DNA/RNA/protein Prokaryotic cells/Eukaryotic cells : compartments and their functions Multicellular organisms and model systems/plants Signaling pathways : examples and meanings The cytoskeleton Basics in evolution Novelties in Biology