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In briefA new QuEra Computing survey finds that 45% of companies assessing quantum technology now treat a clear fault-tolerance roadmap as one of the most important criteria when choosing a quantum computing provider, reflecting a notable shift in industry priorities.

1. Cost-effectiveness remains the top selection criterion for 50% of companies evaluating quantum technology, even as the demand for demonstrable progress toward fault tolerance grows, the survey data shows. The findings suggest businesses are weighing near-term value alongside long-term potential when making quantum investment decisions.

2. The emphasis on fault tolerance goes beyond aspiration: 78% of respondents consider quantum error correction either critical or very important for achieving commercial value in their target applications, according to QuEra Computing. The figure points to a broad recognition that increasing qubit counts alone is insufficient for delivering useful quantum computation.

3. Yuval Boger, Chief Commercial Officer at QuEra Computing, said customers are becoming more discerning about what they expect from competing quantum architectures, adding that proven and scalable quantum error correction approaches have moved from desirable features to essential requirements.

4. Neutral Atoms Take the Lead

5. Neutral-atom architecture was selected as the preferred hardware approach by 23% of respondents, placing it ahead of superconducting qubits at 15% and trapped ions at 11%. By contrast, only 4% of respondents named hardware scaling or higher qubit counts as a priority, a result the company describes as a clear departure from earlier industry trends.

6. Open-ended survey responses reinforced the error-correction theme, with a third of substantive replies identifying error correction, quantum error correction, and logical-qubit milestones as the most impactful developments of the past year. QuEra recently released Tsim, an open-source simulator intended to accelerate quantum error correction research.

7. Company Background and Partnerships

8. Founded in 2018 from research originating at Harvard and MIT, QuEra Computing has raised $280 million in funding and focuses on neutral-atom qubits and scalable error correction. The company has also demonstrated quantum reservoir computing using Rydberg-atom quantum computers for tasks including image classification.

9. A partnership with Zapata Quantum is focused on developing applications for QuEra's planned megaquop-class system. QuEra's Kipu neutral-atom quantum processor is additionally being explored for improving molecular toxicity predictions, the company says.

Based on reporting by Quantum Zeitgeist

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