Fabrication and Developments of Nano-gap Electrode using Self-assembled Molecular Lithography

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  • NISHINO Takayuki
    Advanced Device Laboratory, RIKEN Advanced Science Institute Graduate school of advanced Integration Science, Chiba University Planning and Development Section, Sanwa. Co.
  • NEGISHI Ryota
    Department of Applied Physics, Osaka University
  • ISHIBASHI Koji
    Advanced Device Laboratory, RIKEN Advanced Science Institute Graduate school of advanced Integration Science, Chiba University

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  • 自己組織化分子リソグラフィーによるナノギャップ電極作製法の開発と応用
  • ジコ ソシキカ ブンシ リソグラフィー ニ ヨル ナノギャップ デンキョク サクセイホウ ノ カイハツ ト オウヨウ

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Abstract

  Recently, the research of low dimensional nano-structure with nanogap electrode has been intensively studied. In this paper, we describe the fabrication of nanogap electrodes using self-assemble lithography which has advantages of high precision, high yields, and high productivity on the fabrication. Next, single electron transistors (SETs), which consist of Nb nanogap electrode, single molecule of p-xylylenediamine, and Au nano-particle, are shown. Especially, the demonstration of these SETs is attributed to the good connection between Nb nanogap and p-xylylenediamine. Therefore, we introduce the analysis of nano-contacts between nanogap electrode and nano-materials.<br>

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