Realization of two-dimensional discrete time crystals with anisotropic Heisenberg coupling

Key Points

• The formation of two-dimensional discrete time crystals demonstrates the impact of anisotropic Heisenberg coupling on quantum systems.
• Key evidence includes the observation of distinct phase transitions during the realization of these time crystals.
• Analysis of quantum systems shows interactions driven by anisotropic factors can lead to time crystal behavior.
• The findings may enable advancements in the understanding of complex quantum phenomena and phase transitions.