FEL Building / Duke University / Vanderbilt University / North Carolina State University / FOM Institute / Infrared Space Observatory / CO complex / University of California / / /
IndustryTerm
metal/contact / terahertz photon energy / molecular gas lasers / gas-phase species / charge-carrier trapping states / energy decay channels / information processing / photon energy / gas-phase spectroscopy / energy storage leads / accelerator technologies / light source technology / resonant energy transfer / metal ion / condensedmatter systems / energy flow / biological and biomedical scientists pursuing applications / spectroscopic and imaging techniques / optoelectronic applications / supportive infrastructure / chemical vapor deposition / amino / metal clusters / condensed-phase systems / spintronic devices / spin-off technology / energy / micropulse energy / metal / vibrational energy level spacing / kinetic energy / metal-oxide-semiconductor / technology permits / power law temperature dependence / gas-phase spectroscopic experiments / internal energy / liquid solutions / semiconductor systems / material systems / terahertz-source technology / accelerator technology / terahertz electronics / energy release / metal carbonyl solutes / quantum computing / gas phase / /
Organization
Department of Materials Science and Engineering / University of California / Santa Barbara / American Society for Photobiology / Physics Department / Department of Physics and Astronomy / Department of Physics / Duke University / Durham / North Carolina State University / Raleigh / American Physical Society / UCSB FELs / FOM Institute for Plasma Physics / Vanderbilt University / NC Physics Department / Stanford / /
Person
Michael Fayer / Stanford Universities / Vanderbilt Universities / /
Photochemistry and Photobiology, 2005, 81: 711–735