That is then coated with PEDOT:PSS, a conductive polymer mix that is used as a hole ... The second video, shows how to juice a glowstick and make OLEDs with the liquid. The dye in blue glowsticks ...

Polymer OLEDs are made simply by spinning a thin film of a light- emitting polymer, the chemical structure of which determines the colour of the light emitted, onto a glass or plastic substrate ...

The film is also layered with a kind of crystal polymer known as a polymer dispersed liquid crystal (PDLC) film. By applying an electrical field to the crystals, the PDLC can be made more or less ...

Eighteen years after the development of the first polymer-based LED display, the technology has finally matured and polymer OLED televisions are just around the corner. So much has changed since ...

This chapter focuses on polymer materials. Conjugated polymers are suitable candidates for both organic solar cells and OLEDs. The chapter presents a structure of a basic polymer OLED. A key material ...

Polymer light-emitting electrochemical cells sustain up to 45 percent linear strain. Pei says implications for stretchable OLEDs range from multimedia-enhanced clothing to flexible display technology.

The global conducting polymer market is set to be valued at USD 7.0 billion in 2024. Global sales of conducting polymers will ...

P-OLEDs (Polymer Organic Light Emitting Diodes) may one day pose a serious challenge to the established flat screen display technologies such as LCD or Plasma. Discovered at Cambridge University in ...

His recent work has focused on reactors for organic vapor deposition for electronic devices, design, operation and control of Polymer Membrane Fuel Cells ... large scale process of organic thin films ...