Quantum Dot Interlayers Recover Lost Light and Push Phosphorescent OLEDs to Record Efficiency
A colloidal quantum dot interlayer intercepts plasmonic energy lost in phosphorescent OLEDs, boosting external quantum efficiency by 1.3-fold to 20.95 ...
A colloidal quantum dot interlayer intercepts plasmonic energy lost in phosphorescent OLEDs, boosting external quantum efficiency by 1.3-fold to 20.95 ...
Researchers have demonstrated polariton organic light emitting diodes based on thermally activated delayed fluorescence that achieve narrowband, angle stable, and ...
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© 2025 Scienmag - Science Magazine