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当今社会,电脑的应用日趋广泛,它无疑给我们带来了莫大的方便。同时,其更新换代速度奇快,新型电脑层出不穷。人们不禁要问,如此发展下去,未来的电脑将会变成什么模样?我们不防依据现有研究成果做一展望。 自80年代以来,一些国家已在研制生物电脑和人工智能电脑。之所以要开发生物电脑,主要是由于目前制造硅晶片及其他无机材料的各种电脑产品,在技术上受到空间面积的限制,其运算速度的增加也将达到极限的缘故;现有硅晶电脑的电极,通常相距仅1微米,而每
In today’s society, the application of computers is becoming more and more widespread, and it undoubtedly brings us great convenience. At the same time, its speed of replacement fast, new computer after another. People can not but ask: What will happen to the future of computers if we continue to develop them? We will not stop making any forecast based on the existing research results. Since the 1980s, some countries have been developing bio-computers and artificial intelligence computers. The reason for the development of bio-computer is mainly due to the current space-constrained technology for various kinds of computer products that currently manufacture silicon wafers and other inorganic materials, and the increase in computing speed will also reach the limit. The existing silicon-based computer The electrodes are usually only 1 micron apart, and each one