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TRANSCENDING MOORE'S LAW WITH MOLECULAR ELECTRONICS AND NANOTECHNOLOGY

机译:超越摩尔法的分子电子和纳米技术

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The history of technology is one of disruption and exponential growth, epitomized in Moore's Law, and generalized to many basic technological capabilities that are compounding independently from the economy Thinking about Moore's Law in the abstract provides a framework for predicting the future of computation and the transition to a new substrate: molecular electronics More than a niche subject of interest only to chip designers, the continued march of Moore's Law will affect all of the sciences, just as nanotechnology will affect all industries An analysis of progress in molecular electronics also provides a detailed example of the commercialization challenges and opportunities common to many nanotechnologies.
机译:技术历史是摩尔定律中的中断和指数增长之一,并广泛化了许多基本的技术能力,这些能力独立地从摘要中的经济思考,提供了一种预测计算未来和过渡的框架。对于一个新的基材:分子电子比仅对筹码设计师的利基主题多,摩尔定律的持续3月将影响所有科学,正如纳米技术会影响所有行业的分析,分析分子电子产品也提供了详细的许多纳米技术共同的商业化挑战和机会的例子。

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