Perspective discusses mechanistic insights of singlet fission in dimeric systems, suggesting strategies for effective triplet extraction.
Key Points
This perspective aims to provide a detailed understanding of singlet fission mechanisms and the role of dimer architectures in optimizing triplet extraction.
Summarized findings from time-resolved and steady-state spectroscopic investigations on dimeric chromophore systems.
Reviewed relaxation and loss pathways following triplet-triplet pair formation.
Discussed strategies for enhancing triplet exciton dissociation from dimer structures.
Identified key pathways that reduce effective triplet yield to below 100%.
Outlined methods for promoting dissociation of triplet-triplet pairs into free triplets.
Presented strategies for more efficient triplet extraction from dimer architectures.