Engineering Microcavity Organic Light-Emitting Diodes with Boosted Hyperfluorescence Efficiency
Bidragets beskrivning
The abundant use of portable electronic devices, such as laptops, mobile phones, tablets, etc., leads to an increasing need for efficient energy-harvesting, generating, and storage systems. Therefore, developing artificial green energy resources, taking inspiration from natural processes, has been among the core areas of modern scientific research. Highly efficient organic light-emitting devices (OLEDs) promise to generate light ecologically with less electricity consumption. Thermally activated delayed fluorescence emitters (TADF) emerged as the most promising candidates for next-generation light-emitting metal-free organic materials. The current TADF OLED technology is limited by broader emission, poor device lifetime, and stability. In this project, I will engineer microcavities to fabricate highly efficient OLEDs based on a TADF host and fluorescence guest emitter system called Hyperfluorescence.
Visa merStartår
2023
Slutår
2025
Beviljade finansiering
Finansiär
Finlands Akademi
Typ av finansiering
Forskardoktorer
Utlysning
Övriga uppgifter
Finansieringsbeslutets nummer
348727
Vetenskapsområden
Materialteknik
Forskningsområden
Materiaalitiede ja -tekniikka
Identifierade teman
photonics, optics, laser