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About

Hannah Jeckel is a leading researcher in the physics of living systems, specializing in the intersection of active matter and microbial biophysics. Her work bridges the gap between biological complexity and physical principles, with a particular focus on how collective motion and spatiotemporal organization emerge in bacterial communities. Jeckel’s major contributions include pioneering the simultaneous use of transcriptomics and microscopy to study *Bacillus subtilis* swarm development, revealing how cooperation across generations shapes community structure—a breakthrough that garnered 23 citations. She also co-authored the influential “2025 Motile Active Matter Roadmap” (29 citations), which synthesizes knowledge across scales from nanomotors to animal groups, establishing her as a key voice in this interdisciplinary field. Her research has profound implications for understanding biofilm formation, microbial ecology, and the design of synthetic active systems. By integrating high-resolution imaging with molecular profiling, Jeckel has opened new windows into the hidden order of microbial life, earning recognition as a rising star in quantitative biology.