<P><SPAN style="COLOR: #000000"><SPAN style="FONT-SIZE: 14pt; FONT-FAMILY: Times New Roman">Research Team led by Professor Takhee Lee of GIST identified current control of molecular transistor and transport mechanism - It was published in Nature, an international weekly journal of science, Nature saying it paves the way for the development of molecular-scale transistor.-<BR>&nbsp;<BR>&nbsp;<IMG alt=일반정렬 src="http://ewww.gist.ac.kr/bbs/pds/en_news/46ad0fff1e5c510f4e6236bd5a3cde8f.jpg" width=320 border=0></SPAN><BR><SPAN style="FONT-SIZE: 14pt; FONT-FAMILY: Times New Roman"><BR>Takhee Lee, a professor in department of materials science and engineering.<BR>&nbsp;<BR>□ Research team led by professor Takhee Lee of Gwangjue Institute of Science and Technology (president Joongho Seonwoo) identified how to control current transporting through one molecule using transistor-structured molecular electronics.&nbsp;<BR><BR>&nbsp; ○ This research was led by professor Takhee Lee. Hyunwook Song, Ph.D.(the first author, GIST),Heejun Jung(Hanyang Univ.),Youngsang Kim (researcher, Masters degree at Hanyang Univ.), Yunhee Jang (professor of GIST) and Mark A. Reed(professor of Yale Univ.) participated as international joint project. Under the support of the ministry of educational science and technology (minister Byung Man Ahn) and Korea Research Institute( president Chan Mo Park), this work was supported by NRL, NCRC and a project for WCU, IC2010 project of the ministry of Knowledge Economy and PIMS of GIST. <BR>&nbsp;<BR>&nbsp; ○ Especially, the result of this research was published in News and Views section of Nature, a Dec. 24 issue, a prominent international journal of science. </SPAN><BR></SPAN></P>