Abstract By endowing screens with sensing, understanding, and logical reasoning capabilities, AI is positioning displays to be the core interface that connects the physical and digital worlds.
Abstract AUO is transitioning into an AI‐driven solutions provider using advanced displays—especially microLED—and intelligent manufacturing to power connected, next‐generation applications.
Abstract This year's winners reflect the ever‐evolving display landscape with products that offer premium visuals with faster speeds, streamlined designs, reliable technology, and improved efficiency while providing users with a more dynamic experience.
Abstract AI breakthroughs are transforming the display industry by driving intelligent innovation in performance, interaction, and production, making AI + display fusion a central industry focus.
Abstract Domain‐adapted, physics‐grounded agents can turn complex trade‐offs in AI into deployable design rules in display manufacturing.
Abstract I recently returned from a trip to India, where I met with the leadership of the SID India Chapter and the team at IIT Kanpur, home to one of India's largest display research institutes: the National Centre for Flexible Electronics (or FlexE).
Observer metameric mismatch is a key issue when using wide color gamut displays for soft proofing.
By using multi-camera AI-powered computer vision and pixel-level calibration, “liquid light” transforms age-old projection into a fluid medium.
To enable mass consumer adoption of XR systems, metrology standards must integrate objective measurements with human factors for meaningful evaluation of rapidly evolving architectures.
Glasses-based augmented reality has been inching into the market over the last several years and may see a big uptick in 2026 led by Meta, Google, Samsung, and others.
The past few months have been very exciting for our society with interesting conferences and presentations that explore new display research and development.
This issue delves deep into the display and optics technologies enabling extended reality (XR) devices to unravel both technical requirements for the industry, but also the metrology and market factors that will make these devices a success in the discerning eye of the consumer.
Some technologies, such as micro-OLED, LCoS, and microLED, are set to benefit from this renewed interest in headsets and glasses.
The journey toward truly immersive and seamless VR and AR experiences is fundamentally driven by breakthroughs in display and optical technologies.
