UDC Acknowledges Researchers Working on OLED for Healthcare and PHOLEDs
by Emory Kale
UDC partnered with IMID and the Korean Information Display Society to support the Korean scientific community.
Tags:OLED| PHOLED| research| UDC
Scientists Develop Tear-Powered Battery for Smart Contact Lenses
by Shawnee Blackwood
Optimal charging involves immersing the battery in a solution rich in glucose, sodium, and potassium ions for at least eight hours, which can conveniently coincide with the user’s sleeping hours.
Tags:Augmented Reality| research
Merck Awards Korean Scientists for Work on WXGA AMOLED and QLED
by Shawnee Blackwood
This award celebrates its 20th year in 2023 and honors significant scientific contributions to display technology.
Tags:AMOLED| Merck| QLED| research
Ytterbium Layer Improves Tandem OLED Performance Significantly
by Emory Kale
The tandem OLED with a ytterbium layer demonstrated considerably better efficiency in both current and power, as well as impressively longer life.
Tags:research| Tandem OLED
Nanoscale Display Precision: Scalable Fabrication of Quantum Dot and Quantum Rod Arrays Using DNA Origami
by Emory Kale
The challenge has always been to scale up quantum rods for practical applications while maintaining their desired alignment. MIT researchers have found an ingenious solution using DNA.
Tags:Polarisers| Quantum Dots| Quantum Rods| research| showcase
Hebrew University Researchers Achieve Significant QD Color Switching Breakthrough
by Emory Kale
The findings could lead to displays that simplify the standard RGB design.
Tags:nanotechnology| Quantum Dots| research
Multi-Scale Patterning Technology for Enhanced Efficiency for Perovskite Optoelectronics
by Emory Kale
The study presents an extensive guideline for incorporating existing multi-scale patterning technologies to improve the photoelectric conversion efficiency of perovskite devices.
Tags:PeLED (Perovskite LED)| Perovskite| Photolithography| research
Researchers are Developing a New Means to Fabricate NanoLED Arrays
by Arthur Berman
The new process is based on the idea of localizing the solution used in the growth of the nanocrystals.
Tags:NanoLED| research| showcase
Breakthrough Study Challenges Quantum Mechanics Assumption, Holds Promise for Enhanced Solar Cells and Advanced Electronic Displays
by Emory Kale
The implications are far-reaching, potentially impacting the development of more efficient solar cells, improved electronic displays, and advancements in light-matter interaction-based medical treatments.
Tags:EL Quantum Dots| research
Researchers Introduce Scalable Roller-Based Method for MicroLED Transfer Printing with Unprecedented Accuracy
by Emory Kale
Integrating MicroLEDs onto non-native substrates has posed a challenge for mass production.
Tags:Manufacturing| MicroLED| research| semiconductor| showcase
IISc Researchers Fabricate Composite Semiconductor for Next Gen Flexible Displays
by Shawnee Blackwood
The research team has secured a patent for their groundbreaking material and are gearing up to evaluate its shelf-life and device-to-device quality control before scaling up for mass production.
Tags:Flexible Displays| Foldable Devices| OLED| research| showcase
MIT Researchers Develop Scalable Technique for Precise Arrays of NanoLEDs
by Emory Kale
By growing the material locally without the need for conventional lithographic patterning steps, which can introduce damage, the researchers achieved a significant breakthrough.
Tags:NanoLED| Perovskite| research| researchers
