Eric Brown

Papers

Total Citations

1,759

H-Index

About

Eric Brown is a pioneering roboticist whose work has fundamentally reshaped the field of soft robotics and universal manipulation. His key research areas include granular jamming, soft grippers, and morphing robotic systems. Brown's most transformative contribution is the development of the universal robotic gripper based on jamming of granular material, which has amassed over 1,550 citations. This breakthrough demonstrated that a simple bag filled with coffee grounds could instantly conform to and grip objects of any shape, from eggs to screws, without requiring complex sensing or control—a paradigm shift from traditional multi-fingered hands. His earlier work on JSEL (Jamming Skin Enabled Locomotion), with 205 citations, introduced a novel concept of using jamming to create soft, mobile robots that can morph their shape to traverse rough terrain or squeeze through small openings. Brown's innovations have inspired countless follow-up studies in adaptive grasping and soft robotics, making him a highly influential figure whose work bridges fundamental physics and practical engineering. His contributions continue to guide researchers developing versatile, low-cost robotic systems for manufacturing, prosthetics, and exploration.