In March 2025, physicists from Washington University in St. Louis, in collaboration with researchers from Harvard and MIT, announced the first successful creation of a time quasicrystal—a groundbreaking discovery that challenges traditional views of time in physics. Unlike time crystals, which exhibit time-translational symmetry by repeating motion in precise intervals, time quasicrystals possess structured—but non-repeating—oscillatory […]
Time Quasicrystals, The New Quantum Phase That Redefines Temporal Order
Physicists at Washington University in St. Louis have forged a groundbreaking type of matter—time quasicrystals—inside a diamond by using a microwave-driven quasiperiodic pulse sequence to activate nitrogen-vacancy centers . Unlike traditional time crystals which exhibit fixed periodic rhythms, time quasicrystals vibrate in structured yet non-repeating patterns, much like a chord rather than a single note. This discovery anchors […]