Molecular Science
Online ISSN : 1881-8404
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分子性導体のデバイス化と有機モットFETの開発
山本 浩史
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ジャーナル フリー

4 巻 (2010) 1 号 p. A0032

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Two novel electronics based on molecular conductors are discussed. One is a crystalline supramolecular nanowire comprising conducting cation-radical molecules and halogen-bonded insulating networks. The way to utilize this nanowire for nano-size wiring in high-density memory is proposed. The other is a field effect transistor with highly correlated electrons on the conducting molecules. The Mott insulating state of organic interface is transformed into a metallic-like state by electrostatic doping, or band-filling control due to the capacitive effect of the transistor configuration. The Mott-transition transistor can be a new type of transistor driven by a phase transition.

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© 2010 分子科学会
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