Michael A. D. Goodisman
Papers
2
Total Citations
9
H-Index
1
About
Michael A. D. Goodisman is a researcher whose work bridges biology and physics to illuminate the collective behaviors and social structures of insects. His scholarship focuses on social insect biology, collective construction, and the emergent physics governing how organisms behave in crowded, confined environments. In his 2022 study on task-capable active matter (8 citations), Goodisman and collaborators explored how confined collectives navigate tunnels and chambers, drawing on principles from the physics of glasses and supercooled fluids to understand how social organisms avoid clogging — a novel intersection of soft matter physics and organismal biology. His 2025 review on insect nest architecture synthesizes comparative work across species to identify general principles governing how colonies collectively construct and utilize their nests, underscoring the fundamental role nest design plays in colony survival and success. Together, these contributions position Goodisman as a thoughtful integrator of physical and biological frameworks, advancing understanding of how complex, functional structures emerge from simple local interactions. His research offers valuable insights for students interested in collective behavior, biophysics, and the evolutionary ecology of social insects.
Research Focus
Key Achievements
Top Papers
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- 2