​This direction focuses on overcoming the fundamental challenge of structural control in multi-ligand systems. The core is the establishment of the original "multidentate heteroleptic synergistic self-assembly" strategy, which uses the "pyridine-Pt-carboxylate" coordination mode as a building block. Its goal is to achieve the predictable and controlled synthesis of structurally well-defined he...

This direction delves into understanding the structure-property relationships in heteroleptic systems. It aims to systematically reveal the pathways and regulatory principles of electron transfer and energy transfer between different functional ligands integrated within a single assembly. By employing techniques like transient absorption spectroscopy and theoretical calculations, it seeks to cl...

This direction translates structural and mechanistic insights into performance breakthroughs. It involves the precise integration of complementary functional units (e.g., donors and acceptors) within heteroleptic assemblies to regulate internal charge/energy transfer paths. The goal is to create highly active, selective, and stable photocatalytic systems for reactions such as hydrogen evolution...