A Low-Energy and Air-stable Single-Atom Copper Catalyst for High Selectivity in Silaboration of Allenes

Key Points

• This research aims to create an air-stable copper catalyst that enhances selectivity in the silaboration of allenes.
• Development of a single-atom copper catalyst (SAC) that is air-stable and recyclable.
• Evaluation of catalyst performance in silaboration reactions involving allenes.
• Achieved high selectivity in the silaboration of allenes using the newly developed copper catalyst.
• Demonstrated that the catalyst exhibits improved stability and can be recycled for multiple uses.