Multi agent reinforcement learning for intelligent active matter

Active Matter simulation

The Active Matter Evaluation Package (AMEP) - a Python library for the analysis of particle-based and continuum simulation data of soft and active matter systems

A Python module intended to make cell segmentation, tracking and subsequent (mostly biophysical) statisticial analysis easy

A simulation framework for nonequilibrium statistical physics

Active Matter Simulation using 2D Vicsek model

Code developed for a research project at the University of British Columbia focusing on a simple model of active particles, supervised by Jörg Rottler.

Simulation of active particles confined to arbitrary curved surfaces

Sedimention of active Brownian particles in a box. Codes for numerical simulations and numerical solution of PDEs.

Masters thesis: Active matter

Simulations of flocking behaviour in active agents, using a simple Viscek model

CUDA Vicsek model simulator

Code developped for a PhD project at the Université de Montpellier, supervised by Ludovic Berthier (Montpellier) and Robert Jack (Cambridge).

Restricted active Potts model. Codes for numerical solution of PDEs.

Codes used in "Flocking and reorientation transition in the 4-state active Potts model" by S. Chatterjee, M. Mangeat, R. Paul and H. Rieger, published in EPL 130, 66001 (2020); and "Flocking with a q-fold discrete symmetry: Band-to-lane transition in the active Potts model" by M. Mangeat, S. Chatterjee, R. Paul and H. Rieger, published in Phys. …

A python library for simulating the dynamics of active filaments.

Code developed for a research project at the University of Cambridge, supervised by Robert Jack.

A set of MATLAB codes that simulate a model for the motion of phototactic cyanobacterial cells

Code to simulate systems of self-propelled particles with friction (self-propulsion directions unchanging) with Newton's equations of motion, numerically solved with the velocity-Verlet-scheme.

Phase Separation Classification using TensorFlow