我科学家创出全新计算架构提升算力

Core Insights - A research team from Peking University has developed a new computing architecture that achieves heterogeneous integration of post-Moore devices with multi-physical domain Fourier transform, resulting in nearly a fourfold increase in computing power [1] - The new architecture addresses the limitations of traditional silicon-based devices, which face challenges in miniaturization, power consumption, and storage [1] - The technology demonstrates a Fourier transform accuracy of 99.2%, with throughput nearly four times faster than the fastest silicon chips and energy efficiency improved by 96.98% [1] Industry Implications - The application of this breakthrough is expected to meet the low-latency and low-power signal processing and computing needs in various cutting-edge fields, positioning China to surpass in the next generation of computing architecture [2]