Core Viewpoint - Company has successfully developed the world's first "gradient refractive index liquid crystal glasses" that can electronically adjust focal length and optical power, which is expected to create new growth momentum in high-end fields such as medical, AR, VR, and AI machine vision [1][3] Group 1: Technology Development - The core technology involves electronically controlling the arrangement of liquid crystal molecules within the lens to create a smooth refractive index gradient, allowing for continuous adjustment of focal length and optical power [3] - The new technology overcomes the limitations of traditional polarizing plate-dependent optical lenses, enabling direct light contact, which results in higher brightness and clarity [3] Group 2: Market Potential - The commercial potential of this technology is significant, particularly for users with myopia and presbyopia, as one pair of glasses can meet both near and far vision needs through electronic adjustments [3] - In the AR/VR sector, the glasses can adjust focal length based on the user's focus on virtual objects, helping to alleviate eye fatigue and dizziness [3] - In AI machine vision, this technology allows for faster and more precise focal length adjustments, enhancing industrial inspection and recognition efficiency [3]