Bioinspired self-assembly for organic electro-optics

机译：用于有机电光的BioinSpired自动组装

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Organic electro-optic materials have potential applications in optical communication and data processing. One major obstacle to the realization of the full potential of OEO materials is the interchromophore electrostatic interactions which have prevented the poling-induced chromophore order parameter from reaching above 0.3. In this presentation, we show designs of new chromophores that have ring structures surrounding the center of chromophores to prevent chromophores from packing in the antiparallel fashion, and modification of such chromophores with complementary DNA nucleobases to strengthen head-tail interactions.

机译：有机电光材料具有光通信和数据处理的潜在应用。实现OEO材料的全部潜力的一个主要障碍是间隙静电相互作用，其防止了抛光诱导的发色团命令参数达到0.3以上。在本演示文献中，我们展示了新的发色团的设计，这些色彩细胞具有周围的发色团的环形结构，以防止发色团以防止制剂以反平行的方式包装，并用互补的DNA核碱基进行这种发色团以加强头尾相互作用。

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《SPIE Conference on Nanobiosystems: Processing, Characterization, and Applications》|2010年||共7页
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Cheng Zhang; Thuong H. Nguyen; Emily M. Heckman;
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中图分类 N-532;
关键词
electro-optic; chromophore; alignment; order parameter; head-tail interactions; complementary DNA nucleobases; self-assembly;

机译：电光;发色团;对齐;订购参数;头尾相互作用;互补DNA核碱基;自组装;

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3. Electro-optic effects and phase behavior of liquid-crystalline physical gels: Self-assembly of hydrogen-bonded molecules for the formation of dynamically functional composites [J] . Kato T., Kutsuna T., Kondo G., Macromolecular symposia . 2000,第0期

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Bioinspired self-assembly for organic electro-optics

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