Upon one-photon excitation at 400 nm, L1C exhibited an impressive 8-fold increase in phosphorescence emission within the 400–800 nm wavelength range as the viscosity increased from 3.0 cp to 326 ...

whereas the introduction of Boc and nitrogen heterocyclic butyl groups enhances phosphorescence emission. The initial investigation focused on the impact of molecular modifications and structural ...

In OLEDs, light emission through the more energy-efficient phosphorescence is preferred over fluorescence, but phosphorescence happens more slowly, taking milliseconds or longer without the heavy ...

The innovation involves a new panel utilising so-called blue phosphorescence. Previously, blue OLED technology was restricted ...

These hybrids utilize donor-acceptor pairs to achieve exciplex emission and room temperature phosphorescence, which are crucial for creating efficient lighting and display materials[1].