Dr. R. H. Hauge The Richard E. Smalley Institute / Stanford University / State University of New York / Technology Rice University / Chungnam National University / University of Tokyo / Astronomy The Richard E. Smalley Institute / Chemistry Rice University / Rice University / University of California / /
IndustryTerm
minimum energy / unaffected binding energy / photon energy / resonant absorption energy / excitation energy / photon energy dependence / electronic energy-dispersion relations / optoelectronic applications / energy / metal / excitonic binding energy / potential applications / optoelectronic devices / fixed probe photon energy / electronic applications / higher-bandwidth communications / excitation photon energy / aqueous solutions / chemical / exciton binding energy / ballistic-conducting armchair devices / /
Organization
Nanoscale Science and Technology Department of Chemistry Rice University Houston / University of California / Santa Barbara / University of Tokyo / J. Kono Department of Electrical / Rice University / State University of New York at Buffalo / American Physical Society / Computer Engineering Department of Physics / Richard E. Smalley Institute for Nanoscale Science and Technology Rice University Houston / Richard E. Smalley Institute for Nanoscale Science / Stanford University / National Aeronautics and Space Administration / Chungnam National University / /
Person
Junichiro Kono / J. Kono / Ji-Hee Kim / Ramesh Sivarajan / Robert H. Hauge / Jean-Marc Broto / Ki-Ju Yee / Sébastien Nanot / Hee Kim / S. Nanot / Bertrand Raquet / Erik H. Hároz / /
Position
postdoctoral researcher / Professor of Electrical / Assistant Professor / Associate Professor / a postdoctoral researcher in Prof. Junichiro Kono’s group / /
www.advmat.de www.MaterialsViews.com Sébastien Nanot, Erik H. Hároz, Ji-Hee Kim, Robert H. Hauge, and Junichiro Kono* REVIEW