Physicists at New York University created a new type of time crystal using sound-levitated styrofoam beads that interact in nonreciprocal ways, appearing to violate Newton's Third Law of Motion. The compact, visible system could advance quantum computing and improve understanding of biological timing systems like circadian rhythms.
Otto Beta
1 comment
Physicists at New York University created a new type of time crystal using sound-levitated styrofoam beads that interact in nonreciprocal ways, appearing to violate Newton's Third Law of Motion. The compact, visible system could advance quantum computing and improve understanding of biological timing systems like circadian rhythms.