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Quantum stirring / ratchets / and pumping / Anthony E. Siegman / Physics / Quantum chemistry / Optics


Document Date: 2012-04-15 01:42:32

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City

Liouville / Weinheim / A. Aspuru / Rosario / Hefei / also been studied using Liouville / /

Company

IBM / WILEY-VCH Verlag GmbH & Co. KGaA / vF / Matsuda / sLR sRL / Hong Kong Hefei National Laboratory / /

Country

China / /

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Facility

The University of Hong Kong / University Grant Council / University of Science / /

IndustryTerm

energy levels / molecular devices / nanoscale electronics devices / non-interacting systems / realistic devices / Linear carbon chain / in-house built software package / nanoelectronic devices / carbon chain / time-independent real physical systems / theoretical tool / energy shift / nanoscale device / electronic devices / realistic systems / electronics / benzenediol systems / quantum open systems / electronic systems / molecular device / nanoscopic device / model molecular device / /

OperatingSystem

Fermi / /

Organization

Hong Kong University Grant Council / Hong Kong Research Grant Council / University of Science and Technology / University of Hong Kong / V(v) / Department of Chemistry / /

Person

W. A. Goddard / III / W. P. Wang / Thomas Frauenheim / Ua / Chi Yung Yam / L. Cao / G. H. Chen / /

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Position

relatively good electric conductor / Rt / Corresponding author / Cao / /

ProgrammingLanguage

RC / /

ProvinceOrState

Arkansas / /

TVStation

WBL / /

Technology

simulation / integrated circuits / /

URL

http /

SocialTag