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Quantum science with Rydberg-dressed neutral atoms.

Michael J. Martin

Published Dec 12, 2018• 0 citations
OpenAlex

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Quantum information processing with Rydberg<U+2010>dressed atoms.

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Quantum Information Processing with Rydberg-Dressed Atoms• Ground state neutral atoms allow for precise and robust single-qubit control.(Check out Univeristy of Arizona's posters 38 and 41 for specific examples!)• Interactions between ground state neutrals are very weak, making it hard to create 2-qubit interactions.• By dressing ground state neutrals with Rydberg (large-n) states, we can access dipole-dipole interactions that are orders of magnitude stronger.• Specifically, we use weak, off-resonant coupling to the Rydberg state to mediate a strong two-qubit interaction via the Rydberg blockade.

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Martin, Michael J., Yuan‐Yu Jau, Jongmin Lee +3 more

Neutral atoms are building blocks of ground-up quantum many-body systems. Well-controlled and high-fidelity entangling gates are an essential component for realizing complex neutral atom architectures for quantum computing, quantum simulation, and measurement with precision better than the standard quantum limit. In this Letter we report the realization of a Mølmer-Sørensen unitary between two neutral atoms, based on adiabatic single-photon dressing to Rydberg levels. We show that this technique is highly robust to noise sources and experimental imperfections that have limited the fidelity of other approaches to neutral atom gates.

arXiv:2111.14677•Nov 29, 2021•5 citations
Quantum Information Processing with Rydberg-Dressed Atoms• Ground state neutral atoms allow for precise and robust single-qubit control.(Check out Univeristy of Arizona's posters 38 and 41 for specific examples!)• Interactions between ground state neutrals are very weak, making it hard to create 2-qubit interactions.• By dressing ground state neutrals with Rydberg (large-n) states, we can access dipole-dipole interactions that are orders of magnitude stronger.• Specifically, we use weak, off-resonant coupling to the Rydberg state to mediate a strong two-qubit interaction via the Rydberg blockade.
Neutral atoms are building blocks of ground-up quantum many-body systems. Well-controlled and high-fidelity entangling gates are an essential component for realizing complex neutral atom architectures for quantum computing, quantum simulation, and measurement with precision better than the standard quantum limit. In this Letter we report the realization of a Mølmer-Sørensen unitary between two neutral atoms, based on adiabatic single-photon dressing to Rydberg levels. We show that this technique is highly robust to noise sources and experimental imperfections that have limited the fidelity of other approaches to neutral atom gates.