Studies on Diversity and Synergy of Elements Directed toward Organic Synthesis

本研究旨在以机理理解为导向的有机合成反应设计。因此，我们利用8-13族过渡金属的反应性和对它们的多金属合作关系的理解，开发了高效、立体选择性和官能团耐受的碳-碳键形成反应。我们充分利用元素多样性和多金属协同作用，开发了高效、高选择性和可持续性的合成方法，并将这些方法应用于有机电子器件新型π电子材料的制备。

The present research aimed at mechanistic understanding-driven design of organic synthetic reactions. Thus, we developed highly efficient, stereoselective and functional group-tolerant carbon-carbon bond formation reactions, taking advantage of the reactivity of group 8-13 transition metals and the understanding of their multimetallic cooperation. Fully utilizing element diversity and multimetallic cooperation, we developed synthetic methods of high efficiency, high selectivity and sustainability, and applied these methods for the creation of novelπ-electronic materials for organoelectronic devices.