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众所周知,半导体芯片内部电路复杂,并且日益精细,其设计和生产过程都要在严格的人工监控之下:可是如今, 有人却提出像种植物一样将芯片设计方案“种植”,然后期待它像植物一样发芽和生长起来,最终获得高性能的计算 机芯片。这听起来好似天方夜谭,不过纳米技术的发展使这种说法有可能变成现实。因为纳米级的分子材料可以实现 自动复制．生长和结构组建,如果设计成功,理论上可以让其自动组建成电路结构和计算芯片。这种技术一旦获得成 功,摩尔定律不仅会顺利得以延续,还有望得到改写。
It is well-known that the internal circuits of semiconductor chips are complicated and increasingly sophisticated, and their design and manufacturing processes are under strict manual monitoring. But nowadays, it has been proposed that the chip design be “planted” like a plant, and then it is expected to resemble plants Germinate and grow as well, eventually gaining high-performance computer chips. This sounds like a fairy tale, but the development of nanotechnology makes this statement is likely to become a reality. Because nano-scale molecular materials can be automatically copied. Growth and structure set up, if the design is successful, in theory, let it be automatically formed into a circuit structure and computing chip. Once this technology is successful, Moore’s Law will not only continue smoothly, but also hope to be rewritten.