Revolutionary biohybrid robots are coming. Are we prepared?Biohybrid robots blend living cells with synthetic materials, showcasing an innovative approach to robotics that combines biology with technology.
Cap-tivating! Scientists teach a MUSHROOM to crawl using robot legsResearchers are using mushrooms to control robots, showcasing the potential of biohybrid technology.
Fungus-controlled robots tap into the unique power of natureFungal mycelia can enhance biohybrid robots' environmental sensitivity and command through electrical signals, paving the way for autonomous applications.
Engineers design soft and flexible 'skeletons' for muscle-powered robotsMuscle fibers are powerful and precise actuators, capable of healing and growing stronger with exercise.MIT engineers have developed a spring-like flexure device to maximize the work output of muscle tissues in biohybrid robots.
Revolutionary biohybrid robots are coming. Are we prepared?Biohybrid robots blend living cells with synthetic materials, showcasing an innovative approach to robotics that combines biology with technology.
Cap-tivating! Scientists teach a MUSHROOM to crawl using robot legsResearchers are using mushrooms to control robots, showcasing the potential of biohybrid technology.
Fungus-controlled robots tap into the unique power of natureFungal mycelia can enhance biohybrid robots' environmental sensitivity and command through electrical signals, paving the way for autonomous applications.
Engineers design soft and flexible 'skeletons' for muscle-powered robotsMuscle fibers are powerful and precise actuators, capable of healing and growing stronger with exercise.MIT engineers have developed a spring-like flexure device to maximize the work output of muscle tissues in biohybrid robots.
Scientists Grew a Mushroom Into This Robot to Act as Its BrainResearchers at Cornell developed biohybrid robots controlled by mycelium, merging organic and inorganic technologies for innovative environmental interaction.