Quantum

Pasqal Launches AI Workflow for Cloud Quantum Experiments

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Based on a feed excerpt; full article content has not been acquired. Source evidence retrieved 28/10/2026, 12:19:27 UTC.

Briefings

Pasqal Cloud launched an AI-assisted workflow to automate the translation of scientific protocols into quantum experiments, reducing engineering barriers for researchers. The system coordinates protocol formalization, emulation validation, and cloud submission across three QPUs in France, Canada, and Saudi Arabia. CEO Wasiq Bokhari stated this shifts the bottleneck from hardware access to workflow design, making quantum computing power more accessible to a broader community.

Key points

• Pasqal Cloud introduced an AI-assisted workflow that automates the translation of scientific protocols into quantum experiments, reducing engineering effort required to execute experiments on quantum processing units (QPUs).
• The workflow supports agentic coding environments including Claude Code, Cursor, and Codex, and is available as a plugin for external users to run experiments on three Pasqal Cloud QPUs in France, Canada, and Saudi Arabia.

Context

Pasqal, a global leader in neutral-atom quantum computing, announced the workflow as a plugin for agentic coding environments. This development addresses the shift in quantum computing challenges from hardware availability to workflow design, allowing researchers to focus on science rather than engineering. The workflow coordinates the full pipeline from idea to observables.

Limitations

Coverage is limited to the three specific Pasqal Cloud QPUs (Ruby, FC1, SA1) in France, Canada, and Saudi Arabia. The evidence is from a press release dated October 28, 2026, and does not include independent verification, user adoption data, or long-term performance metrics.

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