Amir Shee

Papers

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About

Amir Shee is a rising star in the field of active matter physics, whose work redefines how we understand motion and order at the microscale. His research centers on the emergent dynamics of self-propelled particles, with a particular focus on the novel concept of **self-alignment**—a mechanism where an active unit’s orientation is coupled to its own velocity, rather than to neighboring particles. Shee’s major contribution lies in demonstrating that this self-alignment property can unlock a stunning array of collective phenomena, from synchronized orbital motion in harmonic traps to exotic phases of polar active matter. His most-cited paper, *"Self-aligning polar active matter"* (2025, 47 citations), has already become a foundational reference in the field, showing how simple rules of internal alignment can produce complex, tunable behaviors. This work challenges the traditional Vicsek model and opens new avenues for designing synthetic active materials. With a citation trajectory that is rapidly accelerating, Shee is establishing himself as a key architect of next-generation active matter theory, offering both elegant mathematical insights and tangible pathways for experimental realization.