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This integration bridges Quantum Motion's unique 3D electron-shuttling silicon spin architecture with NVIDIA's CUDA-Q Logical stack to automate error-corrected compilation for complex chemistry simulations. By mapping high-level algorithms directly to hardware instructions via QIR, the system optimizes spatial qubit placement and enables fast transversal operations within surface code layers. This advancement significantly lowers the barrier to running large-scale electronic structure calculations on fault-tolerant quantum processors.

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Quantum Motion Integrates Silicon Spin Architecture with NVIDIA CUDA-Q Logical Compiler Stack

Quantum Computing ReportSeptember 15, 20262 min read

Quantum Motion has integrated its silicon spin architecture with NVIDIA CUDA-Q Logical, enabling automated quantum error correction-aware compilation. This integration translates high-level algorithms into hardware instructions for Quantum Motion's looped pipeline architecture, which uses electron shuttling to create a 3D virtual-z topology for surface codes. This advancement aims to facilitate large-scale electronic structure calculations for complex molecular systems. The post Quantum Motion Integrates Silicon Spin Architecture with NVIDIA CUDA-Q Logical Compiler Stack appeared first on Quantum Computing Report.

Quantum Motion’s looped pipeline architecture realises surface code stacking using shuttling multiple qubits within a single loop. Intra-loop interactions are fast, allowing for transversal operations between surface…

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