Resolving Consecutive Excited-State Evolution in Fe-Amido Chromophores by Wide-Band Optical Transient Absorption Spectroscopy

Key Points

• The research aims to deepen the understanding of excited-state evolution in iron-based photosensitizers.
• Utilized wide-band optical transient absorption spectroscopy
• Examined Fe-amido chromophores
• Analyzed excited-state dynamics and transitions
• Identified distinct excited-state pathways
• Revealed rapid electron dynamics within the chromophores
• Provided insights into the efficiency of energy transfer processes