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人类的大脑可能是世界上最先进的超级计算机,它并不存在任何一个半导体集成电路块,只是由生物有机分子通过巧妙的结合而构成的高度复杂的神经网络。通过生物分子的功能,大脑能够进行记忆、计算、思维,以及分析比较、理解与处理、自身修复、思考与感知等等。由于微电子技术的高速发展,作为计算机核心元件的集成电路的制造工艺,已经达到了理论极限,半导体硅芯片因电路密集引起的散热问题到了难以解决的程度,也阻碍了计算机的进一步发展。如何进一步提高计算机的性能,未来的计算机模式又是怎样的呢?生物分子特别是蛋白质的一些特殊性质,给苦于寻找新材料的计算机设计者们提供了许多有益的启示
The human brain may be the world’s most advanced supercomputer, it does not exist any one semiconductor integrated circuit block, but by the organic and organic molecules through the ingenious combination of the composition of the highly complex neural network. Through the function of biomolecules, the brain can carry out memory, calculation, thinking, and analysis and comparison, understanding and processing, self-repair, thinking and perception and so on. Due to the rapid development of microelectronic technology, the manufacturing process of integrated circuits, which are the core components of computers, has reached the theoretical limit. The heat dissipation caused by circuit-intensive semiconductor silicon chips has become an unmanageable problem and impedes the further development of computers. How to further improve the performance of the computer, the computer model of the future is what? Biomolecules, especially some of the special nature of protein, to the bitter in search of new materials, computer designers have provided many useful insights