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New Low-Temperature Method for 3D Printing Glass Developed

by Joseph Bryans

The new low-temperature glass printing technique enables the cost-effective fabrication of intricate glass microcomponents for applications in optics, electronics, medical devices, and microfluidics.

Tags:Glass| research

Paving the Path to Efficient Blue Perovskite LEDs

by Emory Kale

Realizing efficient and stable blue PeLEDs will remove a major roadblock for perovskite displays spanning the visible spectrum.

Tags:Blue Light| PeLED (Perovskite LED)| research| showcase

Innolux Researchers Develop LCD-Based Light Field Display for VR Comfort

by Emory Kale

Researchers have been trying various methods to improve the quality and performance of near-eye displays. One of the promising techniques they’ve looked into involves using light field (LF) displays, which can offer a more realistic and immersive visual experience.

Tags:Innolux| LCD| Light Field Displays| Near-Eye Displays| research| showcase| VR

Achieving Ultra-Low 1.47 Volt Turn-on for Blue OLED

by Emory Kale

Traditional blue OLEDs usually need about 4 volts to achieve a luminance level of 100 cd/m2, which exceeds the ideal voltage of 3.7 volts used by lithium-ion batteries in most smartphones.

Tags:blue OLED| research| showcase