TL;DR
This paper introduces a new phase separation phenomenon in active fluids caused by particles that are attracted to denser regions due to an intrinsic torque, revealing novel collective behaviors.
Contribution
It uncovers a new form of phase separation driven by polar self-propelled particles with density-dependent torque effects.
Findings
Identification of a new phase separation mechanism
Demonstration of collective behavior in active fluids
Characterization of particle attraction to dense regions
Abstract
A type of polar self-propelled particle generates a torque that makes it naturally drawn to higher-density areas. The collective behaviour this induces in assemblies of particles constitutes a new form of phase separation in active fluids.
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