Time Crystals
Physicists uncover new mechanism for time crystal formation
Ti AI ṣe iroyin
Researchers at TU Wien have demonstrated that quantum correlations can stabilize time crystals, structures that oscillate in time without external drivers. Contrary to prior beliefs, these quantum fluctuations enhance rather than disrupt the rhythmic patterns. The discovery, achieved using a laser-trapped particle lattice, offers fresh insights into quantum many-body systems.