光とナノ材料との相互作用を基盤とした新規有機ナノ材料の開発とバイオサイエンスへの応用

抄録

The development of synthetic organic nanomaterials, such as nanoparticles and two dimensional polymers, offers an attractive means to preset their unique photochemical properties, as well as potential their use in bioscience, such as cellular imaging and functional regulation. Based on the principals of photochemistry, we developed novel imaging and energy conversion methods, to control their photo-functional properties. The fast part of this topic will focus on the development of noble imaging methods using light. The hard X-ray excited imaging nanomaterials and photo-switchable fluorescence materials are discussed in this topic. In the second part, our focus shifts to two dimensional polymer materials for photocatalytic reaction. These studies establish a starting point for the design of unique photo-functional organic nanomaterials toward biological and materials science.