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. [ more ]
Fungus-controlled robots tap into the unique power of nature
Fungal mycelia can enhance biohybrid robots' environmental sensitivity and command through electrical signals, paving the way for autonomous applications. [ more ]
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. [ more ]
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. [ more ]
Fungus-controlled robots tap into the unique power of nature
Fungal mycelia can enhance biohybrid robots' environmental sensitivity and command through electrical signals, paving the way for autonomous applications. [ more ]
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. [ more ]
Scientists Grew a Mushroom Into This Robot to Act as Its Brain
Researchers at Cornell developed biohybrid robots controlled by mycelium, merging organic and inorganic technologies for innovative environmental interaction. [ more ]