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About

Benny Gamus is a researcher at the intersection of soft robotics, microfluidics, and bipedal locomotion, known for blending analytical modeling with bioinspired design. His work on soft robotic actuators, particularly those using pressurized fluidic networks, has advanced the understanding of how inertia, viscosity, and elasticity interact—a critical insight for creating more lifelike movement in soft machines. His 2017 paper on this topic has garnered 24 citations, reflecting its foundational role in the field. Gamus has also made significant contributions to the dynamics of bipedal walking, where he explored the often-overlooked phenomenon of stick-slip transitions. By modeling foot slippage in simple planar robots like the rimless wheel and compass biped, he challenged the prevailing assumption of perfect sticking contact, opening new avenues for more robust and realistic walking robots. His 2015 and 2013 papers on this subject, each with 24 and 14 citations respectively, are key references for researchers studying underactuated locomotion. More recently, Gamus has pioneered the use of viscous peeling to both create and activate soft actuators and microfluidic devices, demonstrating a novel fabrication technique with 15 citations. His work is distinguished by its cross-disciplinary rigor, offering both theoretical depth and practical pathways for next-generation robotic systems.