Group

Current activity: Post-doc in Lehigh University (U.S.A.), with Prof. Dimitrios Vavylonis.

Current activity: Post-doc in Forschungszentrum Juelich, with Prof. Gerhard Gompper.

Project title:”Dynamic instability in expanding cell culture”. Current activity: PhD student in computational neurobiology in WIS.

Project title:”A Model of Podosomes Dynamics”. 

Current activity: Post-doc in the University of Chicago.

Project title:”Dynamics of membranes driven by actin polymerization”. 

Current activity: Post-doc in the UCLA.

Project title:”Modeling the dynamics of red-blood cell cytoskeleton-membrane interactions”. 

Current activity: Post-doc in the University of Lubljina, Slovenia.

Project title:”Coupling of membrane-cytoskeleton driven by curved proteins”. 

Current activity: Industry.

Project title:”Rings and Helices of bio-polymers on membranes”.

Project title: ”Non-linear dynamics of membranes”.

Project title: “A physical model for the heights of the filopodia and the stereocila”.

Project title: ”Numerical simulations of membrane dynamics”.

Project title: ”Modeling the dynamics and interactions of actin-driven membrane structures”.

Project title: “Routes to pearling driven by curved proteins and actin”.

Project title: ”Modelling the instability of an expanding cellular monolayer during collective cell motion”.

Project title: “Active polymers”.

Project title: “Modelling collective cell migration”.

Project title: “Modeling oscillatory cell motility based on speed-persistence coupling”.

Project title: “The physics of traffic jams of molecular motors in cellular protrusions”.

Project title: “Modeling Collective transport by ants: navigation around obstacles and flexible loads”.

Project title: “Modelling the Dynamics of Circular Dorsal Ruffles”.

Project title: “The statistical mechanics of different classes of active particles”.

Project title: “An adaptive gravity model for the dynamics of insect swarms”.

Project title: “Formic Collective Decision Making”.

Project title: “Fish decision making on the move”.

Project title: “Spin model with global inhibition for decision making”.

Project title: “Studies Of Simulated Membrane Shapes Driven By Active Curved Proteins”

Project title: “Dynamics of cellular membranes”.

Project title: “Cell migration inside networks”.

Project title: “One-Dimensional Cell Motility Patterns”.

Project title: “Modeling Cooperation, Group-Level Decision-Making, and Conflict Resolution in Animal Groups: a Physics-Based Approach”.

Project title: “Swarming midges as self-propelled particles with long-range interactions”.

Project title: “Modeling the recruitment and swarming of immune cells in response to wounding”.

Project title: “One-Dimensional Cell Motility Patterns”.