Frederick Forbes

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About

Frederick Forbes is a pioneering researcher at the intersection of biohybrid robotics and soft matter engineering, whose work redefines how living systems can power and sense synthetic machines. His most notable contribution, the 2025 study "Yeast-Driven and Bioimpedance-Sensitive Biohybrid Soft Robots," introduces a groundbreaking approach that harnesses yeast fermentation dynamics to actuate soft robots while simultaneously using bioimpedance sensing to monitor their state. This dual-function design—where biological metabolism drives motion and electrical properties enable real-time feedback—marks a significant leap forward in creating truly autonomous, self-regulating biohybrid systems. Though early in its citation trajectory with 6 citations, this work has already captured the attention of researchers in robotics, synthetic biology, and materials science for its elegant integration of living and non-living components. Forbes’ research holds transformative potential for applications ranging from environmental monitoring to medical devices, where soft, biocompatible robots could operate safely in sensitive environments. By demonstrating that simple organisms like yeast can serve as both actuators and sensors, he opens new pathways for sustainable, adaptive robotics.