A Glimpse and Perspective of Current Organosilicon Chemistry from the View of Hydrosilylation and Synthesis of Silicon-Stereogenic Silanes

Silicon and its related organosilicon chemistry has become a mainstay in synthetic chemistry as they can participate in numerous organic transformations. Due to space limitations, this perspective is focused on a glimpse of current organosilicon chemistry from the view of catalytic hydrosilylation and synthesis of silicon-stereogenic silanes. The progress of the two topics fully illustrates that organosilicon chemistry has become a hot research field in recent years and will play a greater role in academic research and industrial applications of silicon element in the future.

Automated summary

Silicon and its related organosilicon chemistry have become integral parts of synthetic chemistry due to their ability to participate in various organic transformations. The advances in catalytic hydrosilylation and synthesis of silicon-stereogenic silanes demonstrate the significance and potential of organosilicon chemistry in academic research and industrial applications.