Madrid / Tucson / San Antonio / Austin / Paris / Metamaterial / Hoboken / London / San Diego / /
Company
Cambridge University Press / Tanielian S.A. / the Boeing / B.J. Justice S.A. / IBM / Lucent / Arizona State University-Etenna Corp. / M.H. Tanielian S.A. / J.B. Pendry S.A. / Ziolkowski / Wiley-IEEE Press / I. Popa S.A. / Creative Commons / /
Country
Russia / United States / / /
Event
Natural Disaster / /
Facility
Notre-Dame Cathedral / Northeastern University / Imperial College / Institute of Spectroscopy / University of Zagreb / University of Navarra / Shanghai Jiao Tong University / Iowa State University / University of Arizona / The University of Arizona / Ohio State University / University of Texas / Purdue University / University of Carlos III / Penn State University / Boston University / Aalto University / Moscow Institute of Physics / Mayo Clinic / Boston College / Karlsruhe Institute of Technology / Technical University of Denmark / University of Toronto / Birck Nanotechnology Center / University of Pennsylvania / /
IndustryTerm
lossy media / gain devices / Wireless Propag / possible enabling technology / potential and actual applications / array applications / parallel-plate media / metal nanowire composites / low profile wire antenna applications / possible applications / chiral media / antenna systems / microwave engineering devices / metal-dielectric negative-index metamaterials / potential applications / broadband applications / metamaterial devices / wave energy / microwave applications / subdiffractional imaging / chiral and complex media / negative-index media / satellite applications / directivity systems / energy squeezing / metal constituents / superlens technologies / seminal applications / antenna applications / lower frequency applications / meta-applications / negative-group-delay networks / optical imaging / sub-diffraction imaging / Wireless Compon / /
NaturalFeature
East coast / West coast / /
Organization
Technical University of Denmark / Cambridge University / Columbia University / University of Texas at Austin / NSF Nano-Scale Science and Engineering Center / Northeastern University / UC Berkeley / University of Michigan / European Space Agency / FORTH / Birck Nanotechnology Center / Iowa State University / UCSD / Duke-Imperial College / Institute of Technology / Shanghai Jiao Tong University / Ohio State University / Boston University / University of Navarra / University of London / UCLA / Aalto University / Imperial College London / MIT / Harvard / USA Richard W. Ziolkowski* Department of Electrical and Computer Engineering / Boston College / the University of Pennsylvania / Imperial College / University of Canberra / Penn State University / Purdue University / Institute of Spectroscopy / Moscow Institute of Physics and Technology / Arizona State University / ISU / UCLA-Montreal University / UAz / University of New Mexico / University of Zagreb / University of Arizona / Royal Society / University of Toronto / /
Person
Valerie Browning / V.P. Drachev / V / Xiang Zhang / John Pendry / Steve Chou (Princeton) / Karl F. Lindman / John Halloran / J. Pacheco Jr / Sarabandi / Douglas Smith / Yang Hao / Tasuo Itoh / Rick Ziolkowski / Karl Ferdinand Lindman / Roger Walser / S. Xiao / V / K.Z. Rajab / Mike Cima / Chris Murray / Bell Syst / Rodger M. Walser / Bill Coblenz / Eli Yablonovitch / A.V. Kildishev / V / Ray Baughman / Gang Chen / K. Yuan / V / S.G. Johnson / Stu Wolf / George Whitesides / Bruce Dunn / J. Hendrickson / A.J. Holden / K.J. Malloy / Eli Yablonovich / David R. Smith / Nick Alexopolus / Ken Suslick / J. Robbins / Linear Isotropic Dielectrics / R.F. Oulton / V / A. Sarychev / V / Sheldon Schultz / /
Position
Editor / artificial magnetic conductor / artificial magnetic conductor / IEEE Trans / V.P. / D.J. / /
Product
Gemini / /
ProvinceOrState
Alabama / Michigan / New Mexico / California / Arizona / Texas / New Jersey / Illinois / Pennsylvania / /