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Optics Goes Where No Electronics Can Go: Zero-Energy-Dissipation Logic

机译:光学器件无电子器件可及:零能耗逻辑

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Optical computing has a seemingly eternal problem. It always appears to be in competition with electronic computing. Moore's law and the advantages of digital over analog processing make pure electronics superior in .almost every case. Optical computing uses come when the signal is already in the optical domain or when it is used to reduce the heat load in hybrid optical-electronic chips. I describe here work done with a number of bright opticists and logicians over the last four years that produces using optics logic that dissipates no energy and accommodates whatever bandwidth the input and output laser modulation affords. Moreover, we can show why electronics alone can never accomplish those important properties.
机译:光学计算似乎有一个永恒的问题。它似乎总是与电子计算竞争。摩尔定律以及数字技术优于模拟技术的优势使纯电子产品几乎在每种情况下均具有优越性。当信号已经在光域中或用于减少混合光电芯片中的热负荷时,就会使用光学计算。在这里,我描述了过去四年来与许多聪明的光学家和逻辑学家一起完成的工作,这些工作使用的光学逻辑不消耗能量,并适应输入和输出激光调制提供的带宽。此外,我们可以证明为什么仅凭电子产品无法实现这些重要性能。

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