Duebendorf / Laurel / Dallas / Paris / Masterton / EMPA / Southampton / Pisa / Algarve / Sendai / San Diego / Technology / /
Company
Environmental Robots Inc. / Artificial Molecular Motor / Ras Labs L.L.C. / 3M / Industrial Research Limited / Artificial Muscle Inc. / Ogden / Intelligent Material Systems / Johns Hopkins University Applied Physics Laboratory / SRI International / Advanced Technologies Group / /
Country
Switzerland / France / Japan / Canada / Australia / Portugal / United Kingdom / Italy / New Zealand / United States / /
Currency
pence / / /
Facility
University of Pisa / University of California at Berkeley / University of WisconsinMadison / University of Southampton / North Carolina State University / Virginia Polytechnic Institute / Harvard University / Robotics Research Institute / The University of Texas / Johns Hopkins University Applied Physics Laboratory / Cambridge University / Bristol University / College of Engineering / Rehabilitation Institute of Chicago / University of Pennsylvania / Wessex Institute of Technology / /
IndustryTerm
heart compression devices / online reference / metal composite actuators / piezoelectric energy harvesting / possible applications / countries such products / technology developers / inductive and electrostatic energy generation / energy harvesting / energy-efficient polymer actuators / internet version / main manufacturing process / free energy / energy conversion efficiency / strain energy forms / metal composite beam / metal composites / free-energy function / energy harvesting devices / energy harvesting technologies / /
OperatingSystem
L3 / /
Organization
Cambridge University / University of California / the Johns Hopkins University / SPIE / Rehabilitation Institute of Chicago / Polytechnic Institute / University of WisconsinMadison / Chapter of ASM International / Hanyang Univ. / College of Engineering / Institute of Technology / Bristol University / Univ. of Wollongong / Automation & Robotics Research Institute / State Univ. / North Carolina State University / University of Texas at Arlington / Harvard University / SPIE’s EAPAD Conference Organization Committee / MIT / American Ceramic Society / the University of Pennsylvania / Research Centre / Bio-mimetic Control Research Center of RIKEN / Materials Research Society / France's Navy / University of Pisa / Electronics Division / University of Southampton / Stanford / /
Person
Tony Jun Huang / Pierre-Gilles de Gennes / Alan MacDiarmid / Tushar K. Ghosh / Pierre-Gilles de Gennes Ravi / Steve Dubowsky / Gabor Kovacs / John D W Madden / Conductive Polymers / John D. Madden / Federico Carpi / Ravi Shankar Pierre-Gilles de Gennes / Mok Ha / Jeong Kim / Ravi Shankar / Jean-Sebastien Plante / Modeling Dielectric Elastomer Actuators / Michael Wissler / Jesse Sullivan / Richard J. Spontak / James L Tangorra / Hyouk Ryeol Choi / George V. Lauder / Kwang J Kim / Carlos Brebbia / /
Position
Materials Scientist / full Professor / conductor / EDITOR / advisors / Professor of Organismic and Evolutionary Biology / Professor of Zoology and Professor of Organismic / physicist / Polymer chemist / Keynote Speaker / /
ProgrammingLanguage
XML / /
ProvinceOrState
California / Texas / Maryland / Pennsylvania / /
PublishedMedium
Soft Matter / Smart Materials and Structures / /
Region
North Texas / /
Technology
XML / drug delivery system / android / EAP technology / energy harvesting technologies / dielectric / simulation / /
Microsoft Word - WW-EAP_Newsletter9-1.doc