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Organic-Inorganic Hybrid Devices (Single-Molecule Technology)

机译:有机-无机杂化器件(单分子技术)

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摘要

We developed organic-inorganic hybrid photonic and electronic devices by combining single molecules with inorganic mediums or nanoelectrode gaps. We demonstrated that our novel photonic devices combining single molecules and photonic crystals can improve the efficiency of light use of molecules and control the photofunctions of the molecules. We investigated properties of a single-molecule single-electron transistor (SET) in which a nanoelectrode gap was bridged by a π-conjugated molecule, and a nanoparticle SET in which gold nanoparticles were coupled through multiple molecular junctions.
机译:通过将单分子与无机介质或纳米电极间隙相结合,我们开发了有机-无机混合光子和电子器件。我们证明了将单分子和光子晶体结合在一起的新型光子器件可以提高分子的光利用效率并控制分子的光功能。我们研究了单分子单电子晶体管(SET)的性能,其中纳米电极间隙被π共轭分子桥接,而纳米颗粒SET的金纳米颗粒通过多个分子结点耦合。

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    Nano ICT Laboratory, Advanced ICT Research Institute Laser Photochemistry, Single-Molecule Spectroscopy, Nanophotonics;

    Strategic Planning Office, Strategic Planning Department Condensed Matter Physics, Thin film Scanning Probe Microscope, Nano Electron Physics;

    Nano ICT Laboratory, Advanced ICT Research Institute Organic Materials, Material Physics, ptical Measurement, Nano Materials;

    Nano ICT Laboratory, Advanced ICT Research Institute Nanostructure Fabrication;

    Nano ICT Laboratory, Advanced ICT Research Institute Optoelectronics, Nanolithography, Organic Nonlinear Optics, Nano-Photonic Devices;

    Nano ICT Laboratory, Advanced ICT Research Institute Nanophotonics, Nonlinear Optics;

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  • 入库时间 2022-08-18 01:43:26

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