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About

Chantal Nguyen is a biophysicist whose research sits at the fascinating intersection of physics, biology, and collective behavior. Her work explores how physical principles govern the form, function, and interactions of living systems—from individual plants to animal collectives. Nguyen’s major contributions include uncovering the role of “noisy circumnutations” in sunflowers, demonstrating that these seemingly random growth movements actually facilitate self-organized shade avoidance, allowing plants to optimally position themselves in crowded environments. She has also advanced our understanding of collecting-gathering biophysics in organisms like the blackworm *Lumbriculus variegatus*, revealing how simple physical mechanisms underpin complex foraging behaviors. Her highly cited 2024 review, “The Physics of Animal Behavior,” synthesizes these themes across temporal and spatial scales, establishing a framework for studying behavior through a physical lens. With over a dozen citations already for her recent work, Nguyen is emerging as a leading voice in active matter and organismal biophysics, bridging gaps between traditional biology and quantitative physics. Her research offers compelling insights for students and researchers interested in how physical laws shape the living world.