Gideon Tirosh

Papers

Total Citations

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About

Gideon Tirosh is a roboticist whose work redefines the boundaries of mechanical simplicity and control. His primary research focuses on minimal actuation, serial robot design, and novel kinematic architectures. Tirosh’s most significant contribution is the concept of the minimally actuated serial robot, where actuators are not fixed to joints but instead travel along the links to engage a single joint at a time. This radical departure from traditional designs allows a multi-degree-of-freedom arm to be driven by far fewer motors than its joints, dramatically reducing weight, cost, and complexity. His foundational 2017 paper on this concept has garnered 14 citations, establishing a new subfield in underactuated robotics. By proving that a serial chain can be controlled with a single moving actuator, Tirosh has opened the door for lightweight, low-cost manipulators ideal for education, field robotics, and applications where traditional heavy arms are impractical. His work stands as a testament to the power of rethinking fundamental assumptions in mechanism design, inspiring a generation of researchers to ask how much simpler a robot can truly be.