Scientists Create Hybrid Robot Combining Fungus And Machine
- Researchers at Cornell University and the University of Florence developed two biohybrid robots, utilizing mycelium from the King Trumpet mushroom for movement and environmental sensing.
- The robots, resembling a starfish and a wheeled design, respond to environmental signals using electrical impulses generated by the fungus.
- Expert Webster-Wood noted that fungi may be advantageous for biohybrid applications due to their robustness in varying conditions.
30 Articles
30 Articles
Watch This Mushroom Drive a Robot Across the Ground—We’re Not Joking
There’s no question that when most people think of robotics, they imagine a field of metal, mechanisms, and wires. Yet today, in the growing field of biohybrid robotics, one can watch as a traditional robot is animated to mechanical life at the command of a mushroom. A mushroom’s fungal filaments, known as mycelia, are known […] The post Watch This Mushroom Drive a Robot Across the Ground—We’re Not Joking appeared first on Good News Network.
“Biohybrid” Robot Breakthrough Unveils First Robotic System Controlled by an Odd and Unlikely Organism - The Debrief
In a groundbreaking new development in robotics, researchers at Cornell have integrated robots with an unlikely organism normally found in soils like those which line the floors of dense forests, resulting in “biohybrid” machines capable of sensing and responding to their environment. The team’s achievement, detailed in a new study in Science Robotics, showcases a novel new approach to robotic systems by harnessing electrical signals produced by…
Researchers Gave a Mushroom a Robot Body
Cornell University researchers gave a mushroom a little mech suit to control with its natural electrical signals. You probably won’t be seeing menacing roving gangs of Mecha Portobellos anytime soon, but it’s a fascinating experiment into powering robotic systems with organic tissues. The research was published in the Science Robotics Journal on August 28. The researchers essentially used a king oyster mushroom mycelia network as a network of li…
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