Addressing Vibronic Phosphorescence and associated Excited State Dynamics of Anti-Kasha Molecules : A Time-Dependent Correlation Function Approach

Key Points

• The aim is to investigate the vibronic phosphorescence and excited state dynamics of anti-Kasha molecules using advanced computational methods.
• Utilized time-dependent correlation function approach
• Analyzed single molecule white light emitters
• Examined electronic and molecular interactions
• Identified complex interplay affecting dual-emission properties
• Revealed design constraints for effective emitter fabrication
• Proposed insights for improved SMWLE development