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Book a scoping call →QuEra Aquila is a 256-qubit neutral-atom quantum processor operating in analog (Hamiltonian simulation) mode. Each qubit is an individual rubidium-87 atom held in an optical tweezer. The atom array is reprogrammed per shot by the control software; two-qubit interactions use the Rydberg blockade mechanism with ~10 µm blockade radius. Aquila is accessed via Amazon Braket using the Bloqade SDK.
1Q Gate Fidelity
2Q Gate Fidelity
Readout Fidelity
Coherence T1
Rydberg state lifetime ~100 µs limits gate fidelity; hyperfine ground state qubit coherence is seconds.
Coherence T2
Connectivity
Performance metrics vary by operating conditions and measurement methodology. Values represent manufacturer-reported or independently measured figures.
Conceptual Neutral Atom architecture representation · reconfigurable 2D array
Quantum Chemistry
possible
Materials Science & Discovery
strong
Combinatorial Optimization
possible
Financial Modeling
experimental
Quantum Machine Learning
experimental
Cryptanalysis & Post-Quantum Cryptography
experimental
Based on Neutral Atom architecture characteristics and published use-case research.
| Architecture | Neutral Atom |
| Paradigm | Analog |
| Physical Qubits | 256qubits |
| Connectivity | reconfigurable 2D array Optical-tweezer array; connectivity determined by Rydberg blockade radius (~10 µm). Arbitrary 2D layouts programmable per shot. |
| All-to-All | No |
| Average Degree | — |
| Native Gates | — |
| Cloud Platforms | aws-braket |
| Regions | us-east-1 |
| Access Models | pay per shot, pay per task |
| Announced | Nov 2021 |
| Released | Nov 2023 |
QuEra Aquila System Documentation
Amazon Braket — QuEra Aquila Device Details
All factual specifications cite primary manufacturer or cloud provider documentation.