中科院物理所北京真空物理开放实验室高鸿钧研究员领导的有机功能分子材料研究组,在超高密度信息储存的研究中,近期又获得重要进展,信息储存点的大小已减小到1nm左右,并可进行信息点的擦除,响应的储存密度为1014 bits/cm~2。按此密度可将美国国会图书馆的所有信息存放在一个方糖大的盘上。该项成果自1996年以来,持续居国际领先地位。他们选用、设计有特色的电荷转移有机 The Research Group of Organic Functional Molecule Materials led by Gao Hongjun, a researcher at the Physics Laboratory of Beijing Institute of Physics under the Chinese Academy of Sciences, recently made important progress in the study of ultra-high density information storage. The size of the information storage point has been reduced to about 1nm, Erasing information points, the response storage density of 1014 bits / cm ~ 2. At this density, all the information in the Library of Congress is stored on a big sugar cube. The result has been an international leader since 1996. They choose, design a unique charge-transfer organic