Laning is a paradigmatic example of spontaneous organization in active two-component
flows that has been observed in diverse contexts, including pedestrian traffic, driven colloids …

In this study, we present a model designed to unravel the statistical complexities of
pedestrian crossing times and related physical quantities in a unique pedestrian …

It is well known that a binary system of nonactive disks that experience driving in opposite
directions exhibits jammed, phase separated, disordered, and laning states. In active matter …

We study the bidirectional pedestrian flow in a straight corridor using a floor field cellular
automaton model, where a game-theoretical framework is exclusively introduced to deal …

Dispersed colloidal particles that are set into systematic motion by a controlled external field
constitute excellent model systems for studying structure formation far from equilibrium. Here …

We study, via extensive numerical simulations, dynamics of a crowded mixture of mutually
interacting (with a short-range repulsive potential) colloidal particles immersed in a …

In this paper we present a modified real-coded lattice gas (RLG) model in which the floor
field is introduced. The floor field is calculated on finer lattices in order to determine the …

We examined the lane formation dynamics of oppositely self-driven binary particles by
molecular dynamics simulations of a two-dimensional system. Our study comprehensively …

We investigate segregation phenomena of particles driven in opposite directions with
Brownian dynamics simulations. The particles interact via a repulsive potential and are …

This paper presents a cellular automaton model of counterflowing stream of pedestrians, in
which pedestrians walking in opposite directions are able to exchange position under …