A Next-Gen Touch Screen: The Transparent Antimicrobial Surface
by Joseph Bryans
A new antibacterial coating applied to displays challenges traditional methods of cleaning screens on smartphones and tablets.
Tags:research| Touch Displays
Researchers Develop Nanoimprint Metalens Arrays for Augmented Reality with Microdisplay Integration
by Joseph Bryans
The research team from Sun Yat-sen University introduced a large-scale nanoimprint metalens array integrated with a microdisplay and a real-time rendering algorithm.
Tags:Augmented Reality| | Microdisplay| research| showcase
Microdisplay Technology Enhances Brain Surgery Precision by Visualizing Neuronal Activity in Real Time
by Joseph Bryans
The microdisplays measure 5 by 5 square millimeters and 32 by 32 square millimeters and include either 1024 or 2048 of these LEDs,
Tags:Ink Jet Printing| LEDs| Medical| Microdisplays| Quantum Dots| research| showcase
Tokyo Team Transforms Smartphone Screens into 3D Holographic Displays
by Joseph Bryans
Researchers find a new way to reduce the complexity and cost of holographic displays.
Tags:Holographic Displays| research| smarthphones
Raising the Bar on LED Display Technology with Built-In Touch Sensing and Solar Charging Capabilities
by Joseph Bryans
Imagine a display that responds to touch, light, even a user’s pulse, and charges itself.
Tags:PeLED (Perovskite LED)| research| showcase| Touch Controllers| Touch Displays
Electric Control of Light-Matter Hybrid Particles: A New Era for Optical Display Technology
by Joseph Bryans
The use of polariton particles could eliminate the need for multiple quantum dots in displays, as a single polariton particle can emit light across all colors with enhanced brightness.
Tags:Quantum Dots| research| showcase
Unclogging Ink Jet Nozzles and Redefining Quantum Dot Displays With Organic-Inorganic Hybrids
by Joseph Bryans
The paper delves into enhancing color conversion efficiency in commercial displays, leveraging the unique properties of QDs and the strategic use of composite materials to optimize light conversion while addressing the leakage of unconverted blue light.
Tags:OLED| Quantum Dots| research| showcase
Breakthrough in Blue OLED Technology Promises More Efficient, Longer-Lasting Displays
by Joseph Bryans
As manufacturers and consumers alike work towards net zero targets, this breakthrough in blue OLED technology could have a significant impact on the energy consumption of our devices in the information era.
Tags:research| showcase
New Imaging Technique Maps OLED Materials with Unprecedented Precision
by Joseph Bryans
This work is significant for several reasons. Firstly, it addresses a critical aspect of OLED device performance, which hinges on the precise distribution of emissive guest molecules within the host material.
Tags:OLED| research| showcase
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
