Research Projects

Agent-based model for symmetry breaking and digit-like elongation in limb organoids.

Modelling the endothelial-to-hematopoietic transition during embryonic blood cell formation.

Convergence analysis and efficient numerical scheme for inequality constrained ODEs from computer graphics.

Topological defect transitions and cell alignment in mouse epiblast, my role was to bridge experiments and theory with quantitative image analysis.

Mechanical modelling of different EMT scenarios and their effect on cell delamination and migration.

Macroscopic analysis of nematic alignment from anisotropic Gaussian-type repulsive potentials.

Proof of the mean-field limit for particle systems with full-rank constraints, applied to muscle tissue modelling.

Agent-based model for collective cell migration guided by intercellular stress patterns.

Modelling growth and shape of germinal centers in the immune system.

Agent-based simulation of tertiary lymphoid structure formation.