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About

Fridtjof Brauns is a leading figure in the physics of active matter and biological self-organization, with a particular focus on how living and synthetic systems achieve autonomous motion across scales. His work bridges theoretical biophysics and soft matter, exploring the fundamental principles that govern motility from the nanoscale—such as molecular motors and cytoskeletal dynamics—up to macroscopic collectives like swarming insects and schooling fish. Brauns’ most cited contribution, “The 2025 motile active matter roadmap,” synthesizes the state of the field, charting future directions for understanding how energy-driven, non-equilibrium systems generate coordinated movement. This roadmap, already garnering 29 citations shortly after publication, reflects his role as a synthesizer and visionary in a rapidly evolving discipline. Beyond this, his research has illuminated how biological agents—from cells to flocks—achieve robust, adaptive locomotion, offering insights that inspire both fundamental theory and engineered active materials. Brauns’ work is distinguished by its integrative approach, uniting experimental observations with rigorous theoretical models, making him a key voice for students and researchers seeking to decode the physics of life’s motion.