Numerical analysis shows quenched disorder from tweezer imperfections drives crossover to infinite-randomness fixed point in Kibble-Zurek dynamics and localizes the floating phase while preserving short-range incommensurate correlations.
Resolving chi- ral transitions in one-dimensional rydberg arrays with quantum kibble-zurek mechanism and finite-time scaling
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Infinite randomness criticality and localization of the floating phase in arrays of Rydberg atoms trapped with non-perfect tweezers
Numerical analysis shows quenched disorder from tweezer imperfections drives crossover to infinite-randomness fixed point in Kibble-Zurek dynamics and localizes the floating phase while preserving short-range incommensurate correlations.