Development of multichromic device based on the dynamic molecular motion of the chiral metal complexes

金属配合物具有独特的光谱和磁性，这取决于它们的配位几何特征。为了开发多色传输和检测的溶液性质快速转换系统，我们开发了(1)响应外部刺激的多色发光装置，(2)包含配位几何转换的多色系统，(3)测定底物手性的多色检测系统，这些系统是由本小组开发的不稳定和手性金属配合物构建的。

Metal complexes have unique spectroscopic and magnetic properties depending on their characteristic coordination geometries. To develop the rapid conversion system of their properties in solution for multichromic transmission and detection, we developed (1) the multi-luminescent device in response to the external stimuli, (2) the multichromic system including conversion of coordination geometries, (3) the multi-detectable system for determination of the substrates' chirality, which have been constructed from the labile and chiral metal complexes developed by our group.