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Emerging technologies / Supramolecular chemistry / Nano brain / Parallel computing / Cellular neural network / Dendrimer / Molecular machine / Memristor / Quantum mind / Chemistry / Nanotechnology / Science


Document Date: 2008-07-08 05:53:18

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City

Houghton / Seeman / New York / Phoenix / Reading / Nielsen / /

Company

Cambridge University Press / T. H. & Kouwenhoven L. P. / World Scientific / CCU / Hess / Cellular Neural Networks / CNN / /

Country

Germany / Japan / United States / United Kingdom / Singapore / /

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Facility

Michigan Technological University / National Institute / /

IndustryTerm

molecular devices / Dynamic supramolecular porphyrin systems / information processing / electronic hardware / operational tools / thin film devices / learning hardware / orthogonal processing / universal solution / magnetic resonance imaging / Then information processing / cancer therapy / artificial hardware / wireless network / nano-gap device / autonomous computing machine / energy crisis / minimum energy surface / bit parallel processor / biological processors / massive parallel processing nano brain / energy minima / signal processing / possible solutions / delicate product / energy spectrum / distinct protocols / important tool / quantum neural network / bit information processing / adaptable learning hardware / thermodynamic machinery / information processing surface area / energy / reported devices / potential energy distribution / energy minimum / atomic flat metal surface / neural network / electron processing / local energy minimum / metal core / micro/nano molar molecular solution / energy map / bits parallel processor / direct chemical synthesis / dendritic chain / standalone processor / local energy levels / excitable media / higher energy / electronics / adaptable hardware / conventional in-plane processing circuits / then signal processing noise / e-beam / generation processor / computing / resonant tunneling device / if that solution / euclidian spherical information processing surface / multi-electron processing organic systems / molecular electronic device / massive parallel processing / based computing / digital signal processing / bio-processors / bit parallel processing / multilevel logic systems / /

Organization

Cambridge University / Michigan Technological University / G8 / Department of Physics / National Institute for Materials Science / African Union / Cambridge Crystallographic Data Center / Nano Characterization Center / European Union / /

Person

Lee / John Liebeschuetz / Perham / Michael J Cook / Jonathan Hill / José Losada / Vogel / V / Addison Wesley / Y. Wakayama / Rose Bengal / Leikin / Nancy Woolf / /

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Position

D. J. / R. N. / nano-surgeon / surgeon / basic model / Phys / /

ProvinceOrState

New Jersey / New York / Michigan / M. B. / North Carolina / California / A. B. / Massachusetts / /

PublishedMedium

Scientific American / Nature Nanotechnology / the International Journal / International Journal of Surgery / Physica D / Complex Systems / Nature Physics / /

Technology

semiconductor / quantum dots / Visual Computing / Proteomics / RAM / existing processors / antibodies / ESA / generation processor / random access / 16 bit parallel processor / MRI / standalone processor / drug delivery / Thermodynamics / neural network / artificial intelligence / magnetic resonance imaging / two distinct protocols / Dielectric / treating cancer / spectroscopy / biocatalysis / 1 billion bits parallel processor / simulation / Microfabrication technology / parallel processing / /

URL

http /

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