In the two-species Vicsek model, non-reciprocal flocking produces chiral order for small flocks and extensive spatiotemporal chaos for large flocks, separated by a finite-wavelength instability set by the chiral orbit radius.
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A new coarse-graining operator applied to phase-coupled motile oscillators reveals an inverse energy cascade and macroscopic vortex clustering in overdamped chiral active matter.
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Extensive Spatio-Temporal Chaos in Non-reciprocal Flocking
In the two-species Vicsek model, non-reciprocal flocking produces chiral order for small flocks and extensive spatiotemporal chaos for large flocks, separated by a finite-wavelength instability set by the chiral orbit radius.
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Renormalised hydrodynamics in polar chiral active matter: Spectral scaling and vortex clustering in phase-coupled, motile oscillators
A new coarse-graining operator applied to phase-coupled motile oscillators reveals an inverse energy cascade and macroscopic vortex clustering in overdamped chiral active matter.