Impacts of intramolecular dynamic disorder on photoexcitation in a single non-fullerene acceptor molecule

Key Points

• Photoexcitation efficiency decreases with increased intramolecular dynamic disorder in non-fullerene acceptors, impacting performance.
• Dynamic disorder influences charge transfer processes significantly, affecting overall molecular behavior in photovoltaic applications.
• Investigative analysis examined molecular dynamics simulations to assess disorder's effect on photoexcitation rates across non-fullerene acceptors.
• Findings support the notion that managing dynamic disorder may enhance the efficiency of organic solar cells.