TL;DR
This paper reviews the large-scale behaviors of active Brownian rods, focusing on three progressively complex models to understand their collective dynamics in dissipative environments.
Contribution
It introduces three distinct models of active Brownian rods, providing a comparative framework for analyzing their collective properties.
Findings
Different models reveal varied collective behaviors.
Progressive complexity helps understand emergent phenomena.
Framework aids future research on active matter systems.
Abstract
Here, I review the large-scale properties of collections of active Brownian elongated objects, in particular rods, moving in a dissipative medium/substrate. I address the problem by presenting three different models of decreasing complexity, which I refer to as model I, II, and III, respectively.
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