Demonstration of single-molecule resolution imaging, multi-state detection, and spatial addressing for ultracold RbCs molecules via lattice pinning and atomic fluorescence.
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Averaging the time-evolution operator over disorder restores permutation symmetry in the effective dynamical map for linear observables, enabling polynomial-scaling simulations of large disordered spin systems via short-time and weak-disorder expansions.
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Multi-state detection and spatial addressing in a microscope for ultracold molecules
Demonstration of single-molecule resolution imaging, multi-state detection, and spatial addressing for ultracold RbCs molecules via lattice pinning and atomic fluorescence.
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Exploiting emergent symmetries in disorder-averaged quantum dynamics
Averaging the time-evolution operator over disorder restores permutation symmetry in the effective dynamical map for linear observables, enabling polynomial-scaling simulations of large disordered spin systems via short-time and weak-disorder expansions.