Optimizing AlGaInP MicroLED Performance Through Ion Implantation Techniques
by Joseph Bryans
As ions showed superior results in improving device performance.
Tags:MicroLED| research| showcase
Droplet Lasers Could Enable New Generation of Display Technology
by Emory Kale
The system employs ionic liquid droplets measuring 30.8 micrometers in diameter, containing laser dye and deposited via inkjet printing.
Tags:Laser display| research| showcase
Researchers Define a New Molecular Design Approach for High-Efficiency Pure-Red OLEDs
by Joseph Bryans
At the heart of this approach is the manipulation of how the molecule handles energy.
Tags:OLED| research
The Apple Vision Pro Is Already Transforming Medical Research – And That Might Be a Problem
by Shawnee Blackwood
Apple pitched its Vision Pro headset as a revolutionary device for everyone, but the scientific community has other ideas. New research analyzing the first wave of Vision Pro studies reveals an unexpected trend: the …
Tags:Apple| Medical| research| showcase| Vision Pro| XR
Polariton Filters and the Elimination of Angular Dispersion
by Joseph Bryans
Conventional thin-film filters rely on multiple layers of transparent materials, which create interference patterns that define their optical properties.
Tags:optical film| Polarizers| research| showcase
A New Twist on OLED Technology: Making Triplet States Work Without Expensive Metals
by Joseph Bryans
The researchers identified several crucial structural requirements for achieving this ultrafast emission.
Tags:Materials| OLED| research| showcase
How Rigid Planar Molecules Redefine OLEDs
by Joseph Bryans
Unlike traditional TADF materials, which rely on twisted geometries to minimize singlet-triplet energy gaps, the researchers demonstrate that planar structures can achieve similar, if not superior, results.
Tags:OLED| research| TADF
Towards Neuromorphic Display Technology
by Joseph Bryans
The integration of neuromorphic principles into display technology could revolutionize the way we interact with electronic devices.
Tags:neuromorphic| Quantum Dots| research| showcase
Photonic Time Crystals Amplify Light and Improve Optical Technologies
by Joseph Bryans
These results highlight that resonant PTCs offer a practical way to broaden the bandgap, with added benefits over traditional materials, such as supporting both traveling and surface-bound waves.
Tags:Photonics| qunatum dots| research| showcase
The MiniLED Road to Success
by Joseph Bryans
MiniLED technology has become highly relevant due to its potential to enhance the brightness, contrast ratio, and power efficiency of LCDs, offering display qualities that approach or even rival OLEDs.
Tags:MiniLED| OLED| research| showcase
Researchers Develop a DUV Maskless Photolithography System Using MicroLED Array
by Emory Kale
It may be the first demonstration of its kind.
Tags:MicroLED| research| showcase
Liquid Crystal Manipulation Using Synthetic Molecular Switches Unlock Potential for Novel Applications in Displays and Anti-Counterfeiting
by Joseph Bryans
This approach could lead to innovations such as liquid crystal lasers, erasable and printable display screens, and counterfeit-deterrent tags for banknotes.
Tags:LCD| research| showcase
