Synchronization in rotating supersolids
arXiv:2412.11976 · doi:10.1038/s41567-025-03065-7
Abstract
Synchronization is ubiquitous in nature at various scales and fields. This phenomenon not only offers a window into the intrinsic harmony of complex systems, but also serves as a robust probe for many-body quantum systems. One such system is a supersolid: an exotic state that is simultaneously superfluid and solid. Here, we show that putting a supersolid under rotation leads to a synchronization of the crystal's motion to an external driving frequency triggered by quantum vortex nucleation, revealing the system's dual solid-superfluid response. Benchmarking the theoretical framework against experimental observations, we exploit this model as a novel method to investigate the critical frequency required for vortex nucleation. Our results underscore the utility of synchronization as a powerful probe for quantum systems.
15 pages, 13 figures
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- Signatures of rigidity and second sound in dipolar supersolids
- Quantum tidal locking in orbiting Bose-Einstein condensates
- Vortex dynamics in rotating dipolar supersolids across Josephson and self-trapping regimes
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