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About

Peter Lee is a pioneering researcher at the intersection of modular robotics, programming languages, and distributed systems, with significant contributions to the emerging field of programmable matter. He is perhaps best known for his foundational work on the Claytronics Project at Carnegie Mellon University, which envisions ensembles of millions of submillimeter robotic units capable of morphing into arbitrary three-dimensional shapes — a concept he termed "pario" as a transformative successor to audio and video communication. Lee's most influential contribution is the development of Meld, a declarative logic-based programming language designed specifically for large ensembles of modular robots operating under constrained local communication, which has garnered over 100 citations and reshaped thinking about how distributed robotic systems can be programmed at scale. Complementing this, his work on Locally Distributed Predicates (LDP) introduced an elegant high-level framework for triggering coordinated actions across robot subensembles, earning broad recognition within the robotics community. His research on scalable shape sculpting algorithms and distributed watchpoints for debugging multi-robot systems further demonstrates a rare breadth — spanning theoretical language design, motion planning, and practical software engineering. Collectively accumulating over 345 citations, Lee's body of work has laid critical groundwork for the future of reconfigurable robotic systems and self-organizing programmable matter.