Preparing to mass produce photonic devices

Scott Jordan, Stefan Vorndran
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Abstract

Over more than a half century, the pace of innovation in electronic communication and computing has consistently increased, giving rise to progressively smaller silicon microchips with enhanced processing power. This achievement is attributed to the exponential growth in the density of integrated circuit (IC) transistors, a development predicted by Intel co-founder Gordon Moore in 1965 and commonly called Moore's Law. However, there are inherent limits to reducing the physical feature size of silicon structures before quantum effects start influencing their functionality.

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准备批量生产光子器件
半个多世纪以来,电子通信和计算的创新步伐一直在不断加快,导致越来越小的硅微芯片的出现,其处理能力也越来越强。这一成就归功于集成电路(IC)晶体管密度的指数级增长,英特尔联合创始人戈登·摩尔在1965年预测了这一发展,通常被称为摩尔定律。然而,在量子效应开始影响硅结构的功能之前,减小硅结构的物理特征尺寸存在固有的限制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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