IBM / NEC / BT / UCL Quantum Nanoelectronics Group / /
Country
United States / /
Facility
A stable / University of Geneva / University College London / London Centre / King’s College / /
IndustryTerm
search strategies / computer operating systems / real technology / conventional electronic devices / circuit chip / potential future applications / low-loss tuneable microwave devices / software designers / free energy surface quantum / quantum information processing / electrical device / exotic new devices / communications routing problem / possible solutions / natural systems / chemical trends / futuristic devices / ion beam technology / manufacturing processes / meso-scopic device / communications paradigms / secure communications / energy consumption / point chips / device networks / circuit technology / conventional algorithm / junction technology / information technology / magnetic storage media / software programs / electronic devices / unreliable products / laser addressing protocols / computing / thermodynamic systems / quantum communications / active devices / threedimensional integrated electronics / individual devices / quantum computing / /
Organization
Department of Electronic / National Research Council / London Centre for Nanotechnology / University College London / MIT / Department of Physics and Astronomy / King’s College London / Japan Society for the Promotion of Science / EPSRC / American Physical Society / University of Geneva in Switzerland / Swiss Physical Society / USDOE / International Union of Pure and Applied Physicists / /
Person
Jean Wurth / Christopher Renner / Paul Warburton / Gabriel Aeppli / /
Position
computer scientist / Visiting Scientist / Member of Technical Staff / hardware engineer / Research Assistant / physicist / Senior Research Scientist / leader / chairman / conductor / Director / travelling salesman / Lecturer / Professor of Physics and Head of the Condensed Matter Physics Group / /
Technology
semiconductor / IT revolution The information technology / point chips / microwave / Josephson junction technology / integrated circuit technology / operating systems / laser addressing protocols / cryptography / real technology / prions / ion beam technology / semiconductors / dielectric / circuit chip / simulation / conventional algorithm / integrated circuit / /
Will nanotechnology change IT paradigms? G Aeppli, P Warburton and C Renner There is a clear imperative to continue the IT revolution, even in the face of limits both from the laws of physics, as well as the challenge of