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Long-range translational order and hyperuniformity in two-dimensional chiral active crystal
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abstract
We numerically study two-dimensional athermal chiral active particles at high densities. The particles in this system perform the circular motion with frequency $\Omega$. We show that the system crystallizes at high densities even in two dimensions, accompanied by the true long-range translational order. This is due to the anomalous suppression of displacement fluctuations associated with hyperuniformity. These findings can be explained using an active elastic theory quantitatively. Surprisingly, the crystals become unstable and melt in the limit of $\Omega=0$, for the spatial dimension of four or less. This result can be explained by a mechanism akin to quenched random systems for which the lower critical dimension is four.
Forward citations
Cited by 2 Pith papers
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Spontaneous generation of angular momentum in chiral active crystals
Chiral active crystals are predicted to acquire a net angular momentum with a non-monotonic dependence on chirality, plus a non-dispersive spectral peak and a rotational entropy-production contribution.
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