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ORCA Computing has deployed its room-temperature PT-3 photonic quantum system to hybridize classical machine learning workflows for generative AI and industrial optimization. The hardware demonstrates tangible performance gains, including a 12x speedup in energy scheduling benchmarks and improved protein designability when integrated with NVIDIA GPU infrastructure. This deployment marks a significant step toward practical, scalable quantum-accelerated computing within existing data center environments.

Sources coveringQuantum Computing Report, 36Kr, arXiv, Fortune

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ORCA Computing Launches PT-3 Photonic Quantum System in London for Hybrid AI and Industrial Optimization

Quantum Computing ReportOctober 15, 20262 min read

ORCA Computing has launched its PT-3 photonic quantum system in London, integrating it with NVIDIA GPU-accelerated computing infrastructure. This room-temperature system, consuming 6 kW, uses 64 photons across 128 qumodes to enhance classical machine learning models. The PT-3 is designed for generative AI in scientific research and large-scale industrial optimization, demonstrating improved protein designability and a 12x speedup in energy scheduling benchmarks. The post ORCA Computing Launches PT-3 Photonic Quantum System in London for Hybrid AI and Industrial Optimization appeared first on Quantum Computing Report.

Photonic quantum developer ORCA Computing has announced the launch of the PT-3, the third generation of its room-temperature photonic quantum computing architecture. The first operational system has been deployed at the Digital…

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