MS project: Rigidity vs. Connectivity Percolation in Dipolar Active Brownian Particles
Group: Sara Jabbari-FaroujiInvestigation of rigidity vs. Connectivity Percolation in Dipolar Active Brownian Particles using computer simulations
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MS project: Investigating band formation in two-dimensional systems of dipolar active Brownian particles
Group: Sara Jabbari-FaroujiInvestigation of band formation in two-dimensional systems of dipolar active Brownian particles using computer simulations
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MS project: active filament model for self-propelled worms
Group: Sara Jabbari-FaroujiData-driven approach to develop active filament model for self-propelled worms
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MS project: Conformation and dynamics of active filaments under confinement
Group: Sara Jabbari-FaroujiConformation and dynamics of active filaments under confinement
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MS project: Machine learning & design of driven self-propelled filaments
Group: Sara Jabbari-FaroujiUsing machine learning to design the shape of self-propelled filaments driven by molecular motors
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MS project: Avalanche statistics in amorphous polymers
Group: Sara Jabbari-FaroujiAvalanche statistics in amorphous polymers
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MS project: Exploring the structure and dynamics of functional amyloidogenic polypeptides
Group: Ioana IlieContact: Dr. Ioana Ilie (i.m.ilie@uva.nl)
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MS project: Solvent effects on amyloid aggregation
Group: Ioana IlieContact: Dr. Ioana Ilie (i.m.ilie@uva.nl)
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MS project: Rational design of ligands to optimize cellular uptake
Group: Ioana IlieContact: Dr. Ioana Ilie (i.m.ilie@uva.nl)
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MS project: Non-equilibrium self-assembly driven by time-dependent potentials
Group: Sara Jabbari-FaroujiContinuous injection of energy into many-body systems can lead to formation of novel non-equilibrium structures which are inaccessible in equilibrium...
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MS project: Encoding mechanical memory in polymeric materials
Group: Sara Jabbari-FaroujiOne of the essential features of solid-like polymeric material is their mechanical durability under repeated loading. They undergo irreversible structural...
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