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设想一下:微型生物机械装置可用于治疗疾病、控制电脑,或为人们所驾驶的车辆提供动力。在这种设想当中,那些微型装置会产生难以置信的计算能力。在今后50年里,分子工程(又叫纳米技术)的不断创新可能有助于开创新的分子时代,诸如此类的设备随之会司空见惯。 一旦处理器及兼容系统变得极其微小,计算机的创新步伐将大大加快,将来会出现这些场景:利用透明薄膜制成的显示屏可以摊在桌面上,或者可以包在汽车仪表板上;功能比一屋子的服务器还强大的移动设备,可以轻便地戴在手腕上或者塞在钱包内;嵌入式计算机提供的无线互联网浏览功能,可以借助于植入到眼睛里面的生物机械装置加以实现…… 本文将主要借助一些业界人士的相关评论,来对纳米技术的未来进行全方位的展望。
Imagine a microbiomechanical device that can be used to treat a disease, control a computer, or power a vehicle that people are driving. In this vision, those micro-devices will produce incredible computing power. Over the next 50 years, continuous innovation in molecular engineering (also known as nanotechnology) may help to open up new molecular age and devices such as these will become commonplace. As processors and compatible systems become extremely small, the pace of computer innovation will accelerate drastically, and in the future these scenarios occur: displays made of transparent film can be spread over the desktop or onto the car dashboard; A home server also has a powerful mobile device that can be easily worn on the wrist or in a purse, and wireless Internet browsing provided by an embedded computer can be implemented with the help of a biomechanical device implanted in the eye Will mainly rely on the relevant comments of some industry people to conduct a comprehensive outlook on the future of nanotechnology.