San Francisco / Upton / Pasadena / New York / Paris / /
Company
Harrick Inc. / B. & O’Brien S. P. / Brookhaven National Laboratory / Agilent / /
Country
United States / / /
Facility
University Center / California Institute of Technology / Columbia University / /
IndustryTerm
macroscopic metal leads / thin film devices / environmental and chemical sensing / inefficient device / monolayer devices / inert gas / chemical environment / chemoresponsive transistors by making devices / chemical vapor deposition / electrical devices / ultrasensitive devices / carrier density / metal electrodes / molecular electronics / monolayer device / chemoresponsive devices / chemical functionalization / dilute solution / ultrasmall devices / carrier mobility / large metal pads / /
Movie
Conflict of interest / /
Organization
California Institute of Technology / National Science Foundation / Department of Energy Division of Materials Science Contract DE-AC02-98CH10886 / New York State office of Science / Technology / and Academic Research / New York State office of Science / National Academy of Sciences / Department of Energy Nanoscience Initiative NSET#04ER46118 / Columbia University / New York / ¶Electrical Engineering / and †Columbia University Center / /
Person
Yvon Fluorolog / Julian Baumert / Michael L. Steigerwald / George S. Tulevski / Colin Nuckolls / Matthew Myers / Limin Huang / Ben Ocko / Ray Reflectivity / Harry B. Gray / Michael Lefenfeld / James T. Yardley / Frank Leibfarth / Philip Kim / Rachel Steiner / /
Chemoresponsive monolayer transistors Xuefeng Guo*†, Matthew Myers*†, Shengxiong Xiao*†, Michael Lefenfeld*†, Rachel Steiner†‡, George S. Tulevski*†, Jinyao Tang*†, Julian Baumert§, Frank Leibfarth*†,