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About

Philip R. Buskohl is a leading researcher at the intersection of soft robotics, mechanical computing, and multifunctional materials. His work reimagines how robots process information and energy, moving beyond rigid electronics toward fully compliant, embodied intelligence. Buskohl’s most influential contributions include pioneering the concept of “mechanical computing,” where soft materials themselves perform logic operations—demonstrated in his highly cited papers on origami mechanologic (197 citations) and digital logic gates in soft, conductive mechanical metamaterials (181 citations). These works show how mechanical structures can autonomously sense, decide, and act without traditional CPUs. His research on “towards enduring autonomous robots via embodied energy” (220 citations) explores integrating power and function directly into robot bodies, enabling longer-lasting, self-sufficient systems. Buskohl has also advanced dielectric elastomers with strain-tunable permittivity and optomechanical computing in liquid crystal elastomers, pushing toward robots that can “see” and process light. With over 900 total citations, his work is foundational for a new generation of soft, intelligent machines that blur the line between material and computer.