CNT / LG / Output (pA) Metal 1 Oxide Metal / Daimler / RCA / Diodes / Device Output (pA) Metal / /
Country
Germany / United States / /
Currency
USD / / /
Event
Business Partnership / /
Facility
University of Notre Dame / CST Microwave Studio / AEG-Telefunken Research Institute / been modeled using CST Microwave Studio / /
IndustryTerm
nanoelectronic device / system-on-chip / semiconductor technology / copper technology / quantum cryptography networks / received optical energy / silicon technology / metal-coated glass fiber near-field probe / energy harvesting applications / wireless interconnect system using meander monopole on-chip antennas / intrachip wireless interconnect system / on-chip wireless interconnect system / conventional technologies / metal nanowires / direct metal-transfer / wireless chip-to-chip / wireless communications / metal nanoantennas / nanoscale electronics / carrier mobility / microscale dielectric photonic devices / integrated metal-oxide-metal diode / metal / sensor technologies / wireless interchip / nanoelectronic systemson-chip / nonlinear metal / nonlinear devices / wireless data / free-space optical communications / wireless interchip communication / energy transfer effect / transferred metal pads / intrachip wireless interconnect / metal combinations / electronic devices / rigorous network / Wireless on-chip communication / wireless chip-to-chip link / space-time wireless channels / plasmonic devices / e-beam / ballistic carrier transport / nanoscale electronic devices / high kinetic energy / wireless transmission / metal pads / wireless communication / antenna near-field energy / quantum interference devices / wireless interchip link / circuitry facilitating wireless clock distribution / /
NaturalFeature
Shannon / /
Organization
American Vacuum Society / Center for Nano Science and Technology / Technische Universität München / AEG-Telefunken Research Institute / African Union / European Microwave Association / Institute for Nanoelectronics / University of Notre Dame / /
Person
Min Dir / Wolfgang Porod / Johannes A. Russer / Wang et.al / Nikolaus Fichtner / Paolo Lugli / Hristomir Yordanov / /
ED R E S U ATU C FO E FE SU