Our goal is to analyse the superdiffusive behaviour of particles following Active Browninan motion and identify the optimal conditions for efficient movement. We are considering a spherical particle that self-propels with a constant speed along a given internal orientation direction in 2D. In order to model stochastic dynamics, we use 250 random variables following the Normal probability distribution (mean = 0).
We have done this using the following expermients:
- First Setup: Particle movement is restricted in a Bounded Plane
- Second Setup: Unbounded Particle Propagation until a max time step.