research – Page 7 – Display Daily

A Novel Reflective Display Technology Enabled by Fluidic Particle Assembly

by Joseph Bryans

With refinement of parameters like resolution, particle characteristics and droplet control, the fundamentals of the team’s electro-microfluidic concept could transform production and capabilities for reflective displays.

Tags:Nanophotonics| nanotechnology| research| showcase

MIT Chemists Create Color-Tunable, Stable Organic Molecules for Diverse Applications

by Shawnee Blackwood

Acenes show promise in OLEDs, thin-film transistors, solar cells, biological imaging and other applications.

Tags:Acene| OLED| research| showcase

Manganese Complex Brings Affordable, Eco-Friendly White OLED Within Reach

by Joseph Bryans

The researchers used it to develop the first ever manganese-based white OLED, which produced a bright white light with excellent color rendering comparable to natural light.

Tags:Lighting| research| WOLED (White OLED)

Navigating the Complexities of Thin-Film Deposition With a New Approach

by Joseph Bryans

A recent study showcases the synthesis and application of a novel indacenedithiophene derivative, IDT-CB, in OLED technology.

Tags:OLED| research| showcase| Solution Processing| Vapour Deposition

Block-Based Control for MicroLED

by Joseph Bryans

By implementing this block-based system, MicroLED display modules have achieved processing speeds ranging from 600 to 1100 frames per second.

Tags:MicroLED| research

Unlocking the Potential of Acenes for Next-Generation OLEDs

by Joseph Bryans

This research not only demonstrates the feasibility of using naphthalene-based compounds as efficient emitters but also paves the way for more cost-effective, environmentally friendly, and versatile OLED solutions.

Tags:OLED| research| showcase

A Look at Smartkem’s Collaborative Research on Organic Thin-Film Transistors for MicroLED

by Joseph Bryans

Is this a new benchmark for monolithically integrated active matrix MicroLED technology?

Tags:MicroLED| OTFT| research| SmartKem

A Novel Heterogeneous Integration for Full-Color MicroLED

by Joseph Bryans

According to the researchers, it simplifies fabrication compared to existing techniques like multi-stack wafer bonding or color conversion.

Tags:Materials| MicroLED| research| showcase

Processing Corkscrew Luminescence Materials for Flexible 3D Displays

by Joseph Bryans

The simple and low-cost fabrication provides opportunities for commercialization.

Tags:3D display| Flexible Displays| research| showcase

Direct Epitaxial Growth Technique Enables Advances in MicroLEDs

by Joseph Bryans

MicroLEDs are typically fabricated using dry-etching, often leading to severe degradation in performance as a result of dry-etching induced damage.

Tags:Manufacturing| MicroLED| research

Researchers Combine Light Emission and Harvesting Using OLEDs

by Joseph Bryans

This study provides a framework to co-optimize OLED and OPVC performance via donor-acceptor blending, enabling smart lighting/energy technologies.

Tags:OLED| research

Breakthrough in Large Area Inkjet-Printed OLEDs Using Non-Toxic Solvent System

by Joseph Bryans

According to the researchers, this technology could enable a new generation of large area, flexible OLED displays and lighting at much lower costs.

Tags:InkJet Deposition| OLED| research| showcase| TADF