Printer Technology Paves Path Towards Quantum Dot Materials Orders of Magnitude Cheaper
by Omid Rahmat
Canon has been looking to get away from a reliance on Chinese suppliers.
Tags:Canon| Materials| QD OLEDs| research
Photoinduced Ligand Displacement in Nanohybrids Unlocks New Possibilities for Advanced Wearable Optoelectronic Devices
by Omid Rahmat
Potential applications include photocatalysts capable of breaking down persistent chemicals using visible light and photoconductive microcircuit patterning for wearable devices.
Tags:Nanophotonics| research| Wearables
A New 3D Printing Method Accelerates Materials Discovery
by Omid Rahmat
The method is versatile and can work with a range of materials, such as metals, semiconductors, polymers, dielectrics, and biomaterials.
Tags:3D printing| Materials| nanotechnology| research
LG Display Garners Accolades for Innovative Ultra-Large and Stretchable Display Technologies
by Shawnee Blackwood
LG Display is set to showcase its third-generation OLED TV panel technology, known as ‘META technology’, at SID 2023.
Tags:Display Week 2023| LG Displays (LGD)| MicroLED| OLED| research| Stretched Displays
Researchers Develop First Flexible and Transparent AR Display Screen Using 3D Printing
by Emory Kale
The newly developed display screen is both flexible and versatile, allowing it to bend and fit different shapes, including curved or uneven surfaces.
Tags:Augmented Reality| Head Up Displays HUDs| headsets| research
Perovskite Nanocrystal Arrays Enable High-Resolution Light-Field Detection Across Broad Wavelength Range, Opening New Frontiers in Display Technology
by Emory Kale
These nanocrystal arrays can convert light rays from specific directions into colorful outputs on a pixelated display, with an extraordinary level of detail.
Tags:3D display| Perovskite| Photonics| research| VR
The Future of MicroLEDs is Everything Everywhere All at Once
by Omid Rahmat
The integration of MicroLEDs and LEDs in electro-optical applications promises to revolutionize various fields, from display technology to biomedical applications.
Tags:LED| MicroLED| Photonics| research
An Ultra-High Resolution MicroLED Technology is Under Development that Also Generates Less Heat
by Arthur Berman
This technology breakthrough addresses the efficiency drop obstacle in miniaturizing MicroLEDs, paving the way for future utilization in ultra-high resolution displays.
Tags:MicroLED| research| UHD
MIT’s SMART Centre Develops World’s Smallest LED with Advanced Strain Sensing Capabilities
by Omid Rahmat
The new technology has the potential to convert existing cameras in everyday devices, like smartphones, into microscopes by only modifying the silicon chip and software.
Tags:Holography| LED| research
AI Revolutionizes Materials Science Research and Opens New Opportunities in Display Manufacturing
by Omid Rahmat
The integration of AI in material development has the potential to disrupt traditional display manufacturing approaches by accelerating material discovery, optimizing performance, and reducing costs.
Tags:Artificial Intelligence (AI)| Manufacturing| Materials| OLED| research
Leaky-Wave Metasurfaces Achieve World Record in Optical Control, Bridging Free-Space and Integrated Systems
by Omid Rahmat
A groundbreaking class of integrated nanophotonic devices demonstrates unprecedented control over all four optical degrees of freedom, enabling conversion of confined waveguide light into customizable free-space patterns.
Tags:Holographic Displays| | Optics| research
Flexible Armband Touch Technology Offers Intuitive, Skin-Like Interface for Electronic Device Control
by Emory Kale
The flexible armband is crafted with a thin, stretchable, and lightweight material that resembles the texture of human skin.
Tags:research| Touch Interfaces
