Turing Quantum signed a strategic cooperation agreement with domestic GPU company Moore Thread. The two sides will focus on the field of quantum-classical hybrid computing and cooperate in the fields of GPU-accelerated quantum computation simulation, classic-quantum hybrid computing software and hardware architecture and ecological construction, quantum intelligent computing center construction, and joint promotion of industry solutions. On the architecture side, the two sides will jointly develop a hybrid computing architecture in which GPUs and quantum processors collaborate to deeply integrate the parallel characteristics of quantum computing with the high-performance classical computing power of GPUs. The two sides will also advance the core technology of hardware interconnection between GPUs and QPUs, and rely on GPU parallel computing capabilities to provide low-latency and highly reliable real-time computing support for quantum error correction to help build large-scale fault-tolerant optical quantum computers.

Turing Quantum signed a strategic cooperation agreement with domestic GPU company Moore Thread. The two sides will focus on the field of quantum-classical hybrid computing and cooperate in the fields of GPU-accelerated quantum computation simulation, classic-quantum hybrid computing software and hardware architecture and ecological construction, quantum intelligent computing center construction, and joint promotion of industry solutions. On the architecture side, the two sides will jointly develop a hybrid computing architecture in which GPUs and quantum processors collaborate to deeply integrate the parallel characteristics of quantum computing with the high-performance classical computing power of GPUs. The two sides will also advance the core technology of hardware interconnection between GPUs and QPUs, and rely on GPU parallel computing capabilities to provide low-latency and highly reliable real-time computing support for quantum error correction to help build large-scale fault-tolerant optical quantum computers.