Orbital Model Unravelling Slipped-Stacking Induced Quantum Interference in Tetrahedral 2D Conjugated Polymers

Key Points

• This research aims to understand how slipped-stacking in tetrahedral 2D conjugated polymers affects quantum interference.
• Utilized an orbital model to analyze molecular stacking
• Conducted structural manipulation of two-dimensional conjugated polymers
• Examined electronic properties through advanced experimental techniques
• Demonstrated that slipped-stacking significantly influences quantum interference
• Found that structural manipulations can enhance electronic performance
• Revealed insights into the relationship between stacking configurations and electronic behavior