Supersolid Higgs Excitations Promise Novel Quantum Sensing Technologies
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Supersolid Higgs Excitations Promise Novel Quantum Sensing Technologies
Researchers demonstrate that supersolids formed from dipolar Bose-Einstein condensates sustain coherent Higgs excitations exhibiting fractional revivals analogous to the Talbot effect, offering a novel, non-spectroscopic method for determining the effective mass of these quasiparticles and advancing understanding of coherent Higgs dynamics.
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