Main-Group Metal Complexes and Frustrated Lewis Pairs for Bond Activation and Catalysis
This community investigates the synthesis, structure, and reactivity of compounds containing main-group elements, focusing on how these metals and metalloids activate chemical bonds and facilitate catalytic reactions.
The research centers on the design and characterization of complexes involving bismuth, boron, phosphorus, and alkaline earth metals. Key methodologies include the use of frustrated Lewis pairs to activate small molecules and the development of redox-active catalysts for organic synthesis. Recurring themes involve bond activation, oxidative addition, and the formation of stable, low-valent metal species. The work frequently explores the interplay between ligand design and metal reactivity, with a strong emphasis on understanding fundamental reaction mechanisms through structural analysis and computational modeling.
Germanium research accounts for the largest share of this community's output, representing 2.8% of all Germanium research, and 2,155 papers here. Phosphorus and Tin also contribute significantly, with 5,646 and 3,208 papers respectively.
The community comprises 36,319 papers, primarily published in Inorganic Chemistry, the Journal of the American Chemical Society, and Journal of Organometallic Chemistry.
Recent work continues to explore redox catalysis using main-group metals, including bismuth-photocatalysed coupling reactions and germanium-mediated catalysis. Other recent studies focus on the synthesis of stable radical species and the activation of strong bonds using low-valent metal platforms.