Neutral-Atom Platform Technologies

Scope: The proposal should advance the maturity and usability of neutral-atom quantum processors platforms with a focus on practical applications. It should include: Development and deployment of scalable quantum processors with individually addressable neutral atoms, supporting analogue simulation operation, hybrid analogue-digital techniques and gate-based quantum computing. Demonstration of real-world use cases (minimum two), addressing complex scientific or industrial problems (e.g., materials science, chemistry, optimization) that are intractable for classical simulation/computing. These should include benchmarking and verification strategies to assess quantum advantage. Development and integration of a complete software stack including quantum control systems, electronic control components, user programming interfaces, classical simulation support tools, and robust operation protocols. Cloud-based access to the quantum processor, ensuring usability by researchers and industrial users across Europe. The system should allow for hybrid quantum-classical workflows with HPC environments and support non-expert users to the extent possible. Implementation of robust quantum error mitigation, error correction, error detection and quantification techniques adapted to neutral-atom processors. Development of benchmarking and cross-platform validation tools to assess the performance of different simulation/computing approaches and support standardisation efforts. Pathways highlight…

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