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
Engineering the Hole Transport Layer Boosts Stability in Quantum Dot LED Displays
by Joseph Bryans
The findings pave the way for continued optimization of QDLED components to unlock their full potential.
Tags:LED| Quantum Dots| research| showcase
Augmented Reality Goggles to Help Treat Teen Anxiety and Depression
by Shawnee Blackwood
The researchers believe this technology will fill a gap in existing treatment methods by enabling more effective at-home practice for teens facing anxiety and depression.
Tags:Augmented Reality| research
Researchers Create Electronics With On-Demand Locomotion
by Joseph Bryans
Researchers have developed a new type of shape-changing electronic material that can twist, bend, and even jump on command.
Tags:Flexible Devices| LED| research| showcase
New Low-Temperature Method for 3D Printing Glass Developed
by Joseph Bryans
The new low-temperature glass printing technique enables the cost-effective fabrication of intricate glass microcomponents for applications in optics, electronics, medical devices, and microfluidics.
Tags:Glass| research
