Geometric Orthogonality as a Recipe for Efficient Intramolecular Charge Generation in Core Substituted NDI Derivatives

Key Points

• The study aims to investigate how geometric orthogonality influences charge generation efficiency in core substituted NDI derivatives.
• Analysis of charge generation mechanisms in organic materials
• Synthesis of core substituted NDI derivatives
• Assessment of geometric orthogonality in molecular structures
• Electrochemical testing to measure charge generation efficiency
• Geometric orthogonality correlates with significantly improved charge generation efficiency.
• Core substituted NDI derivatives showed enhanced performance compared to traditional structures.
• Findings suggest a new pathway for optimizing organic materials in optoelectronic applications.