Chiral active granular particles form boundary-hugging skipping orbits that accumulate at walls and enable high-fidelity chiral sorting even for single particles; a minimal model explains the effect and predicts a pairing transition with medium density.
Maitra, Activity unmasks chirality in liquid- crystalline matter, Annual Review of Condensed Matter Physics16(2024)
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Edge states, pairing, and sorting of motile chiral particles
Chiral active granular particles form boundary-hugging skipping orbits that accumulate at walls and enable high-fidelity chiral sorting even for single particles; a minimal model explains the effect and predicts a pairing transition with medium density.