The growth of mycelium within robotic electronics enhances their ability to sense and respond to environmental stimuli, enabling them to operate autonomously and intelligently.
By harnessing the electrical signals of mycelium, biohybrid robots can react to signals like light, demonstrating a novel way of integrating biological components with technology.
These biohybrid machines could revolutionize agricultural practices, autonomously determining soil chemistry and intelligently deploying fertilizer, thus promoting sustainable farming methods.
The innovative use of fungal mycelium in robotics illustrates a significant advance in creating machines that possess their own decision-making capabilities by utilizing biological responses.
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