This research explores the relationship between symmetry breaking and the singlet fission mechanism in solid-state materials.
Experiments on various solid-state materials exhibiting singlet fission
Analysis of molecular properties and their influence on singlet fission efficiency
Observation of symmetry breaking effects during the singlet fission process
Symmetry breaking significantly enhances singlet fission efficiency.
Novel solid-state materials show improved solution processibility.
The findings suggest pathways for developing more efficient solar cells.
Abstract
Singlet fission (SF) materials have attracted attention in the field of solar cell research for decades. The deployment of novel and efficient SF molecules necessitates solution processibility and high SF...