Binary active chiral particle systems under out-of-phase circular drives form phase time crystals including bound-pair triangular lattices along with stripes, glasses, and phase-separated states.
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A holographic driven-dissipative model exhibits a time semicrystal phase with persistent discrete subharmonic peaks on a continuous spectrum, critical scaling at the transition from discrete time crystals, and log-periodic corrections indicating discrete scale invariance.
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Phase Time Crystals and Pairing in Binary Active Chiral Systems
Binary active chiral particle systems under out-of-phase circular drives form phase time crystals including bound-pair triangular lattices along with stripes, glasses, and phase-separated states.
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Emergence of Time Semicrystals in Holographic Driven-Dissipative Systems
A holographic driven-dissipative model exhibits a time semicrystal phase with persistent discrete subharmonic peaks on a continuous spectrum, critical scaling at the transition from discrete time crystals, and log-periodic corrections indicating discrete scale invariance.