Narrowband Deep Blue OLEDs Made Simple with Encapsulated Emitters
by Emory Kale
Making high-performance blue OLEDs, especially narrowband deep blue, has been a persistent challenge.
Tags:blue OLED| research| showcase
Trapping Light in an Impossibly Tiny Space: The Quest for Extreme Confinement in Nanocavities
by Emory Kale
This advancement paves the way for the development of nanoscale lasers and LEDs, potentially achieving the ultra-small active regions required for single-emitter applications.
Tags:MicroLED| NanoLED| Quantum Dots| research| showcase
Researchers Boost Blue Light Brightness by 53% with Honeycomb Film
by Joseph Bryans
By varying the polymer concentration and the humidity, the researchers were able to tailor the morphology of the honeycomb-patterned PS films, achieving an optimal balance of pore diameter and height that significantly enhances light extraction.
Tags:Blue Light| OLED| research| showcase| TADF
Using Deep Learning to Scale MicroLED Quality Assessment in Manufacturing
by Joseph Bryans
The suggested method offers a scalable solution for assessing and ensuring the quality of MicroLEDs before their integration into display substrates.
Tags:Manufacturing| MicroLED| research| showcase
Elevating the Brightness and Efficiency of Electrogenerated Chemiluminescence Cells
by Emory Kale
ECL cells are designed to offer advantages in display technology through their simple configuration and manufacturing process.
Tags:research| showcase
Shaping Colors in Light: How Molecular Thickness Influences White OLEDs
by Joseph Bryans
This research highlights the importance of molecular design and the physical thickness of the active layer in developing efficient and color-tunable WOLEDs
Tags:research| showcase| WOLED (White OLED)
Imec Achieves Breakthrough With Perovskite LED Stack
by Joseph Bryans
This new LED technology is reportedly capable of emitting light at a brightness level a thousand times greater than current OLEDs.
Tags:PeLED (Perovskite LED)| research
Perovskite Nanosheets: Researchers Boost Signal Amplification With Proprietary Approach
by Joseph Bryans
Despite the inherent challenges, Perovsktie nanosheets hold promise for future application in a broad range of electronics.
Tags:nanotechnology| Perovskite| research| showcase
Dual-Color MicroLED Optogenetic Neural Probe Enables Control of Brain Activity
by Joseph Bryans
The miniaturized probe integrates closely packed MicroLEDs emitting different colors along with microelectrodes for recording brain activity.
Tags:MicroLED| Optogenetics| research| showcase
University of Michigan Innovates on Long-Lasting Blue PHOLEDs
by Joseph Bryans
Their method involves sandwiching cyan material between two mirrors, tuning the space to allow only deep blue light waves to persist and emit.
Tags:PHOLED| research| UDC
New Research Defines a Method for Transfer Printing of Inorganic Thin-Films and MicroLED
by Joseph Bryans
The researchers leveraged LIE micro-holes and vacuum control modules to develop a novel selective transfer approach dubbed μVAST.
Tags:Mass Transfer| MicroLED| research| showcase
Multi-Metal Layers Unlock a Brighter Future for High-Resolution MicroLED Displays
by Joseph Bryans
Researchers aimed to enhance the flip-chip bonding process using a layered gold-indium-gold metal sandwich.
Tags:Manufacturing| MicroLED| research
