research – Page 11 – Display Daily

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| Metasurfaces| 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

Breakthrough Research Unveils Seamless Integration of Electronics in Fabrics for Next-Gen Wearables

by Omid Rahmat

The system leverages advanced materials, fabrication techniques, and integration methods to create a flexible and robust e-textile platform.

Tags:Fabric & Textile Displays| research| Wearables

Breakthrough in Nanoscale Electronics: Mechanically Reconfigurable MEMS

by Omid Rahmat

There is a potential application of this technology, similar to conventional MEMS, in hybrid OLEDs.

Tags:hybrid OLED| MEMS| nanotechnology| research

Researchers Achieve Enhanced 3D Optical Trapping with Custom Light Fields and Wavefront Shaping, Promising a Range of Precision Applications

by Omid Rahmat

Unlocking the full potential of optical control: precise, efficient, and tailored to micro-scale manipulation.

Tags:microfabrication| Nanophotonics| Photonics| research

Boosting OLED Manufacturing through Surface Ligand-Engineering Strategies

by Omid Rahmat

Unlocking the potential of blue-emitting perovskites for enhanced OLED displays.

Tags:OLED| Phosphors| research

Researchers Develop Stretchable, Light-Emitting Polymers for Wearable Electronics and Displays

by Shawnee Blackwood

The materials combine desirable electroluminescent and mechanical characteristics, including high efficiency, brightness, and stretchability, opening up possibilities for wearable electronics and foldable displays.

Tags:Flexible Displays| OLED| research

Enhancing Realism in 3D Holography With Improved Depth Control and Dynamic Holography

by Omid Rahmat

In new research led by scientists at the University of Science and Technology of China, the authors have developed a novel 3D holographic projection technique called 3D scattering-assisted digital holography (3D-SDH) that aims to …

Tags:Holography| research

A New Perovskite/Quantum Dot-Based MicroLED Technology is Under Development

by Arthur Berman

The researchers demonstrated that it was possible to produce a flexible full color MicroLED that can operate without any problem even with a bending radius of 5 mm.

Tags:Perovskite| QD OLEDs| research

Smart Polymer Film Provides Haptic Feedback Simulating Physical Buttons and Switches on Touchscreens

by Omid Rahmat

The film functions as an interactive mediator that can tell a computer system what the human operator wants while also providing tactile feedback to the user in the form of pulses, vibrations or taps, or audible feedback in the form of acoustic signals.

Tags:Haptics| Interactive Displays| research| Touch Interfaces