10/23/2024, 01:45 PM UTC
铁电材料改变高效计算Ferroelectric Materials Transforming Efficient Computing
➀ 美国阿贡国家实验室的研究人员发现铁电材料在光脉冲下如何调整其结构，为构建节能微电子提供了新的方法。 ➁ 这种调整类似于神经网络的可塑性，导致出现新的低能耗数据处理技术。 ➂ 该进步将导致超级计算机和数据中心的功耗显著降低，从而有利于依赖高性能计算的产业。➀ Researchers at Argonne National Laboratory have discovered how ferroelectric materials adapt their structures under light pulses, offering a new way to build power-saving microelectronics. ➁ This adaptation mirrors the plasticity of neural networks, leading to new data processing techniques with lower energy consumption. ➂ The advancement could lead to significant reductions in power consumption for supercomputers and data centers, benefiting industries reliant on high-performance computing.
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