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Macromolecular and Supramolecular Approaches to Photo and Spin Functional Nanomaterials—“21世纪学科前沿”系列

  题目:Macromolecular and Supramolecular Approaches to Photo and Spin Functional Nanomaterials

  报告人:Professor Donglin Jiang

  日期及时间:2008年9月27 日 13 时 30 分

  地点:研究生楼203

  报告内容摘要(不多于300字):

  His current research interests include (I ) synthesis and functions of metal polymers and (2) photo- and spin-functional macromolecules and soft materials. In recent years, they have focused on the molecular design of photo-functional polymers and developed a series of molecular systems for light energy harvesting and conversion. At the same time, they have targeted on the molecular design of spin- functional nanomaterials. Spin-crossover compound is of great interest due to its remarkable changes of magnetic and optical properties upon external stimuli. They have further developed a new family of metallo- arrays, which self-assemble into soft nanomaterials with well-defined alignment of spin sites, thus making the control of spin-spin interaction possible.

  报告人简介(不多于200字):

  Donglin Jiang obtained a Ph.D. in polymer chemistry from The University of Tokyo in 1998. He then became an academic carrier as assistant professor at The University of Tokyo. In 2000, he was appointed as a group leader of the JST ERATO project on "Nanospace". In 2005, he moved to Institute for Molecular Science, National Institutes of Natural Sciences as associate professor.  In 2005, he was selected as a researcher of the JST PRESTO project on "Structure Control and Function". He received SPSJ Wiley Award 2006. He received The Young Scientists' Prize 2006, Japan.

 

 

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                                                                                                                                                                                     材料科学与工程学院

                                                                                                                                                                                      2008年 9月 25 日

新葡的京集团350vip8888(中国)有限公司·百度百科