Shot-to-shot population fluctuations in a three-valley orbital superfluid track a bias-tuned transition from anticorrelated minority-valley competition to phase-rigid stripe confinement, consistent with a canonical pair-tunneling model.
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Fluctuation-based evidence for number--phase dynamics in a frustrated orbital superfluid
Shot-to-shot population fluctuations in a three-valley orbital superfluid track a bias-tuned transition from anticorrelated minority-valley competition to phase-rigid stripe confinement, consistent with a canonical pair-tunneling model.