Control of Super-Hierarchical Helical Structures of Next-Generation Conjugated Polymers and Their Innovative Functions

目前的研究领域旨在探索共轭聚合物的巨大潜力，并提取创新的电子，磁性和光学功能，这些功能应该会产生下一代材料。该项目的重点是（i）通过复杂的分子和化学反应设计合成新颖和富有成效的共轭聚合物，（ii）覆盖初级到高级结构的超层次控制，以及自组织组装和复合物的形态控制，（iii）凭借明确的多层结构精确评估物理性能和研究内在功能。通过严格的项目成果，我们培育和培养了共轭聚合物的科学领域。

The present research area has aimed to explore profound potentialities of conjugated polymers and to extract innovative electronic, magnetic and optical functions that should give rise to the next-generation materials. The project has focused on (i) synthesis of novel and fruitful conjugated polymers by means of sophisticated designs for molecules and chemical reactions, and (ii) super-hierarchical control covering primary to higher order structures, and morphological control of self-organized assemblies and complexes, and (iii) precise evaluation of physical properties and investigation of intrinsic functions by virtue of well defined multi-layered structures. Through rigorous achievement of the project, we have fostered and cultivated the scientific field of conjugated polymers.