What Catalytic Processes are Involved in Organic Electronics?
Several catalytic processes are vital in the realm of organic electronics. Cross-coupling reactions, such as Suzuki or Stille coupling, are widely used to construct complex organic molecules with the desired electronic properties. Metathesis reactions and catalytic hydrogenation are also employed to fine-tune the molecular architecture of organic semiconductors. These processes are essential for the development of materials with high charge mobility and stability.
