Enhancing reverse intersystem crossing through molecular design: insights from strong light–matter coupling in an optical microcavity

Key Points

• Enhanced reverse intersystem crossing improves OLED efficiency, making it potentially more effective in applications.
• The strong light-matter coupling interaction plays a crucial role in mitigating efficiency roll-off.
• Observational analysis focuses on the interplay between molecular design and optical microcavity characteristics.
• This work highlights the importance of molecular engineering for future OLED technologies.