Molecular Scale Control of Unbound and Bound C-60 for Topochemical Ultradense Data Storage in an Ultrathin C-60 Film

作者:Nakaya Masato; Tsukamoto Shigeru; Kuwahara Yuji; Aono Masakazu; Nakayama Tomonobu*
来源:Advanced Materials, 2010, 22(14): 1622-+.
DOI:10.1002/adma.200902960

摘要

Molecular-scale control of unbound and bound states of C-60 molecules is achieved at room temperature. Using this method, single-molecule-level writing, erasing, and rewriting bits are demonstrated: A single surface C-60 molecule represents "1" or "0" of binary data depending on whether the C-60 molecule is depressed due to dimerization or trimerization with an underlying C-60 molecule or not.

  • 出版日期2010-4-12