Coordination-Induced p-Type Selectivity and Enhanced Hole Mobility in an Ambipolar Organic Semiconductor via Electron Passivation

Key Points

• The research aims to enhance hole mobility in an organic semiconductor by using electron passivation.
• Synthesis of a benzo[c]cinnoline-based organic semiconductor
• Characterization of transport properties
• Application of electron passivation techniques
• Achieved improved hole mobility compared to baseline performance
• Confirmed ambipolar transport properties in the modified semiconductor
• Demonstrated conversion from ambipolar to unipolar behavior