Core Insights - The article discusses a breakthrough in robotic vision through the development of a "bionic eye" that mimics the adaptive capabilities of animal eyes, enhancing object recognition in extreme lighting conditions for autonomous vehicles [1][2]. Group 1: Technological Advancements - Researchers have created a visual system using liquid metal to replicate the light adaptation abilities of animal eyes, allowing for immediate adjustment to changing light conditions, thus improving safety in autonomous driving [1][2]. - The bionic eye features a key component made of liquid metal that can change shape in response to electrical signals, effectively mimicking the pupil reflex of biological eyes [2][3]. Group 2: System Functionality - The system operates in a closed feedback loop, where it perceives light, generates signals, and adjusts the aperture to control light intake, closely resembling the functioning of real biological eyes [3]. - The bionic eye can simulate various pupil shapes found in different species, such as the vertical slit of a cat or the horizontal pupil of a sheep, which can enhance visual capabilities under different environmental conditions [3].