| Document Date: 2013-11-21 18:52:44
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Company KUBOTA / Single Molecular Electronics / Organic Molecular Electronics / / Facility National Institute of Information / / IndustryTerm molecular devices / transistor device / metal / mere tunnel conduction device / electronic device / sensitive electrometer devices / nano-devices / density memory devices / semiconductor devices / electron charging energy e2/2C / sensitive electrometer device / speed low power switching devices / information system / electron tunneling devices / electron charge energy e2/2C / thermal energy kT / active device / electronic devices / electronics / electron tunneling device / parallel processing / molecular electronics / speed low-power switching device / communications technology / gate device / nano-technology / memory device / tron tunneling device / network processing / type metal / molecular electronic device / molecular device / energy increase / thermal activation energy / / Movie PI / / NaturalFeature Organic Single Molecular Coulomb Island / Coulomb Island / / Organization National Institute of Information / PI LB / / Technology semiconductor / semiconductor devices / Si technology / dielectric / communications technology / simulation / parallel processing / /
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4-2 Single Molecular Electronics KUBOTA Tohru, NAGASE Takashi, HASEGAWA Hiroyuki, and MASHIKO Shinro In recent years, nano-technology may lead to a new way to electronics and many novel electronic devices in the field of