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Emerging technologies / Metamaterials / Optics / Plasmon / Antenna / Metamaterial / Resonance / Dipole antenna / Surface plasmon / Physics / Electromagnetism / Nanomaterials


Document Date: 2011-11-29 20:18:48

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City

Milano / Nanoantenna / /

Company

Au Ag / Hertz / Nanosphere / Vinci / /

Continent

Europe / /

Country

Germany / /

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Event

Product Release / /

Facility

National Tsing Hua University / University of W¨rzburg / Scale bar / Physics Institute / /

IndustryTerm

metal particles / metal wire / excited-state energy / artificial quantum confined systems / plasmonic systems / typical metal / coupled systems / energy cause interband transitions / energy range / solar energy conversion / free-space solutions / i.e. energy loss / lowest energy transition / quantum systems / imaging / antenna systems / opto-electronics / energy / metal / charge carrier density / lower-energy bonding antenna modes / linear scaling law / free-space wireless transmission / metal sphere / higher-energy conduction bands / Potential applications / noble-metal nanowires / metal nanoparticle / localized information processing / energy-level diagram / spectroscopic applications / data processing / free electron gas model / speed data communication networks / potential energy / gas discharge tube / chemical stability / metal surfaces / free electron gas / stationary metal ions / energy splitting / thin metal wires / resonance energy / metal structure / higher-energy / /

Organization

Department of Experimental Physics / Research Center for Complex Material Research / Chemistry and Frontier Research Center on Fundamental and Applied Science of Matters / Physics Institute / National Tsing Hua University / American Chemical Society / Italy Jer-Shing Huang Department of Chemistry / American Physical Society / University of W¨rzburg / US Federal Reserve / Politecnico di Milano / /

Person

Shing Huang / Bert Hecht Nano-Optics / Dieter W. Pohl / Paolo Biagioni / Richard Feynman / /

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Position

conductor / /

Product

Mie / /

RadioStation

5.3 What / 2.3 What / /

Technology

semiconductor / quantum dots / radiation / hybridization / microwave / lithography / laser / semiconductors / dielectric / spectroscopy / simulation / /

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