Unlocking the Quantum Secrets of Next-Gen Atomic Clocks
Atomic dipoles on a lattice interact to produce an observable spatially varying frequency shift (shown as blue to red). Credit: Steven Burrows/Ye GroupIn groundbreaking research, JILA and NIST scientists have enhanced the understanding of atomic clock precision by studying cooperative Lamb shifts in strontium-87 atoms within a cubic lattice.In a new study published in the journal Science on January 25, JILA and NIST (National Institute of Standards and Technology) Fellow and University of Colorado Boulder physics…