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
New Molecular Design Enhances OLED Efficiency and Performance
by Joseph Bryans
The researchers used a technique called post-functionalization, where they modified existing molecular frameworks by adding boron and nitrogen elements.
Tags:OLED| research| showcase
Solution-Deposited Semiconductors Unlock a Future for High-Resolution Displays
by Joseph Bryans
This research offers a new pathway for creating high-performance electronics with scalable and efficient manufacturing processes.
Tags:MicroLED| OLED| research
Dualtronic Chip Could Pave the Way for Next-Gen MicroLED Displays and Energy-Efficient Electronics
by Joseph Bryans
The development centers around gallium nitride, a wide-bandgap semiconductor known for its unique polarization properties.
Tags:MicroLED| research| showcase
Enhancing LCD Clarity for Augmented Reality
by Joseph Bryans
A pathway to achieving high refractive index modulation, low haze, high diffraction efficiency, and improved electro-optic response.
Tags:Augmented Reality| LCD| research| showcase
Researchers Create Hybrid Meta-Optics Enabled AR Stack
by Joseph Bryans
The meta/refractive hybrid lens (MRL) AR display offers several advantages over traditional four-lens systems.
Tags:Augmented Reality| MicroLED| research| showcase| smart glasses
Replacing Night Vision Goggles With OLED
by Joseph Bryans
The device comprises a photon-absorbing layer that converts infrared light into electrons and a five-layer OLED stack that converts those electrons into visible light photons.
Tags:OLED| research| showcase| transparent OLED
Lordin’s Patriotic Push to Break Blue OLED Barrier
by Emory Kale
Piqued at the dominance of Japanese and US companies in OLED materials, Korean researchers make their own way.
Tags:blue OLED| Korea| research| Samsung| showcase| UDC
