Group 1 - Kyocera Corporation will exhibit at CES 2026, one of the largest technology trade shows, from January 6 to 9, 2026 in Las Vegas, Nevada [1] - Key highlights from Kyocera include Underwater Wireless Optical Communication (UWOC), a Triple-Lens AI-Based High-Resolution Depth Sensor, a Wearable Aerial Display, and the OPTINITY optoelectronic integrated module for AI and autonomous driving applications [2][3] - The booth will also feature a High-Resolution mmWave Sensor, a Phased Array Antenna Module demo, and the U.S. unveiling of the Real-Time Interactive Caption Display System Cotopat, showcasing Kyocera's innovation across various industries [3] Group 2 - Kyocera Corporation, founded in 1959, has evolved from a fine ceramics producer to a leading supplier of industrial and automotive components, semiconductor packages, electronic devices, and more [4] - For the fiscal year ending March 31, 2025, Kyocera reported consolidated sales revenue of 2 trillion yen (approximately US$13.5 billion) [4] - The company is ranked 1,123 on Forbes' 2025 "Global 2000" list and recognized among "The World's 100 Most Sustainably Managed Companies" by The Wall Street Journal [4]

Core Viewpoint - Kyocera Corporation has developed a new meta-lens technology that allows for precise manipulation of focal positions based on light wavelength, leading to the creation of a prototype Wearable Aerial Display that offers compactness and natural depth perception in images, set to debut at CES 2026 [1]. Group 1: Key Features of the Meta-Lens - The meta-lens is an ultra-thin optical component, less than 1mm thick, utilizing a metasurface to control light propagation, significantly reducing the size compared to conventional lenses which are typically over 1cm thick [2]. - By designing meta-atoms precisely, multiple optical functions can be integrated into a single meta-lens, reducing the number of components needed and allowing for smaller and lighter optical systems [3]. Group 2: Image Display Capabilities - The meta-lens can shift focal positions based on light color, enabling images of different colors to appear at varying depths, creating three-dimensional aerial visuals with natural depth perception without bulky optical assemblies [4]. Group 3: Wearable Aerial Display Prototype - The combination of the new meta-lens with existing aerial imaging technologies has resulted in a compact, lightweight wearable display capable of projecting floating images with realistic depth, representing a significant advancement in visual interfaces for body-worn devices [5]. Group 4: Future Potential - Future advancements may enhance wavelength control for full-color, high-resolution aerial images, and improved meta-atom design could enable smooth 3D visuals in mid-air, making meta-lenses suitable for various applications in consumer electronics and industrial equipment [6].