Katie Bentley
Papers
2
Total Citations
19
H-Index
2
About
Katie Bentley’s research lies at the intersection of computational biology, collective behavior, and vascular patterning. Her key contributions explore how biological cells, agents, or robots coordinate movement during morphogenesis—the generation of form—focusing on the largely overlooked role of temporal regulation. In her most-cited work, “Can Active Perception Generate Bistability? Heterogeneous Collective Dynamics and Vascular Patterning” (2014), Bentley investigates how active perception enables heterogeneous collectives to solve complex spatial problems in a timely manner, a fundamental challenge for survival in biological organisms. This paper has garnered 11 and 8 citations across its entries, reflecting its growing influence in the fields of developmental biology and swarm robotics. Bentley’s work bridges theoretical models with empirical observations, offering novel insights into how cells collectively decide where and when to move during blood vessel formation. Her research has implications for understanding vascular diseases and designing decentralized robotic systems. Bentley’s achievements include advancing our understanding of bistability in biological systems, demonstrating how active perception can generate stable patterns from noisy, heterogeneous environments. Her work is a must-read for students and researchers interested in the computational principles underlying collective behavior and morphogenesis.
Research Focus
Key Achievements
Top Papers
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