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Quantum phase transitions in Rydberg atom arrays

Published on:

5 March 2024

Primary Category:

Strongly Correlated Electrons

Paper Authors:

Jose Soto Garcia,

Natalia Chepiga

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Key Details

Use Kibble-Zurek mechanism on arrays of different sizes to distinguish chiral transitions from floating phases

Identify location of conformal points precisely via finite-time scaling of order parameter in backward sweep

Combine forward and backward sweeps to fully characterize transitions and extract critical exponents

AI generated summary

Quantum phase transitions in Rydberg atom arrays

This paper studies how quantum phase transitions in arrays of Rydberg atoms trapped with optical tweezers can be analyzed experimentally using critical dynamics techniques. It focuses on distinguishing chiral transitions from floating phases and identifying conformal critical points.

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