Universiteit Leiden

Time-Crystal Behavior Emerges in Mechatronic Metamaterials, Pointing to New Paths for Adaptive Clean-Energy Systems

Researchers have reported a mechatronic metamaterial that self-organizes into a stable rhythmic pattern without a central clock, a phenomenon described as time crystallization driven by wave coarsening. The finding adds to a fast-moving field at the intersection of physics, robotics and materials science, with potential implications for resilient sensing, vibration management and energy-efficient adaptive systems.