【#Tech24H】Recently, a research team from Peking University created a novel computing architecture, achieving the world’s first multi-physics domain fusion Fourier transform based on post-Moore heterogeneous integrated devices. This innovation boosts computing power by nearly fourfold. The new architecture achieves a Fourier transform accuracy of up to 99.2%. Experimental and simulation results show that its throughput is nearly four times higher than that of the fastest silicon-based chips, with energy efficiency improved by 96.98 times. It also significantly reduces the consumption of memory and interconnection resources. This breakthrough is expected to meet the low-latency, low-power signal processing and computing demands in many cutting-edge fields, positioning China at the forefront of next-generation computing architectures.