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NVIDIA's CUDA-Q Logical introduces a retargetable compiler infrastructure that streamlines the transition to fault-tolerant quantum computing by automating adaptation across various error correction codes. By preserving semantic information through each compilation layer, the framework unifies resource analysis with executable gate schedules, exposing hidden cost drivers and improving accuracy in architectural projections. This advancement addresses a critical bottleneck in scaling quantum software stacks, making it easier to verify correctness and optimize performance for future hardware generations.
NVIDIA’s QEC-powered CUDA-Q Logical compiles for error-corrected quantum chips

CUDA-Q Logical enables retargetable compilation for fault-tolerant quantum computing, progressively lowering programs via QEC microcode.
NVIDIA has developed CUDA-Q Logical, a compiler infrastructure designed to adapt to different quantum error correction codes and hardware without requiring programs to be manually re-coded. The framework progressively translates…
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