Success in Fabrication of One-Dimensional Organic Molecule Chain
Opens the Way to Realization of High Efficiency Organic Molecular Devices
2013.01.15
(2013.02.06 Update)
Chiba University
National Institute for Materials Science
A research team consisting of members from Nagoya University, Chiba University, NIMS, and the National Institute of Advanced Industrial Science and Technology (AIST) demonstrated that organic molecules can be arranged perfectly in one dimension by using a special substrate.
Abstract
This research was carried out by a research team (Nagoya University, Chiba University, NIMS, National Institute of Advanced Industrial Science and Technology (AIST)) headed by Dr. Yusuke Tanaka of the Nagoya University Graduate School of Science (affiliation at the time of this research) and Associate Professor Kazayuki Sakamoto of the Chiba University Graduate School of Advanced Integration Science.
The research team demonstrated that it is possible to arrange organic molecules perfectly in one dimension by using a special substrate. This successful development of a system for high efficiency transmission of charge and electronic spin in organic molecules will accelerate the development of future organic semiconductor electronic and spintronic devices.
The research team demonstrated that it is possible to arrange organic molecules perfectly in one dimension by using a special substrate. This successful development of a system for high efficiency transmission of charge and electronic spin in organic molecules will accelerate the development of future organic semiconductor electronic and spintronic devices.
