Innovations in Display Tech Bring Us Closer to the Digital World
The AXIS family of flight displays features three display sizes — 11.6-inch landscape, 8-inch portrait1 and 8-inch landscape1— that include highly responsive touchscreen displays as well as physical controls for quick access to key functions. Each display can be configured as a primary flight display (PFD) or multi-function display (MFD) with an optional engine indication system (EIS).
Researchers at Southeast University in China recently developed a new programmable metasurface, an engineered ultrathin material that can manipulate waves in unique ways, which reliably generates dozens of holograms at once. This metasurface, introduced in a paper published in Nature Electronics, consists of 6,000 elements that can be individually controlled, both in terms of their spatial arrangement and how they change over time.
KAIST researchers have developed a core technology that allows text, images, and other on-screen information to retain their original shape even when the screen is stretched by up to 15%. The achievement is expected to help solve the problem of image distortion and accelerate the commercialization of next-generation high-quality stretchable displays.
The screen uses Kaleido 3 technology at a 3200×1800 resolution, and at 145 DPI, it’s modest by LCD standards but respectable for E Ink, where the color filter layer tends to soften detail. The panel supports 4,096 colors and 16 levels of grayscale, while an adjustable front light with warm and cool modes lets you set the tone for your workspace.
While TCL has its own Micro RGB TV this year, the company is ushering people toward its own color-enhancing solution instead: Super Quantum Dots, or in TCL's nomenclature, SQD-Mini LED. The TCL QM8L is one of the few TVs that's demonstrably better than its predecessor. Picture quality is once again top-notch for an LED TV, and it's also one of the brightest TVs ever produced.
A simple twist of ultra-thin material gave scientists surprising control over quantum light, bringing future quantum technologies closer to reality. University of Technology Sydney researchers have discovered a new way to control tiny quantum light sources by twisting ultra-thin layers of hexagonal boron nitride, a breakthrough that could help move quantum technologies closer to real-world use.
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