Yumino Hayase
Papers
1
Total Citations
3
H-Index
1
About
Yumino Hayase is a researcher whose work sits at the fascinating intersection of biological morphology, animal behavior, and robotics. Her primary research areas include the biomechanics of rhythmic movement, the role of body structure in coordinating motion, and the emergent properties of animal-robot interactions. Hayase’s major contribution lies in demonstrating that physical morphology—not just neuronal activity—can drive synchronized rhythmic movement, challenging long-held assumptions in neuroscience. Her most cited paper, “Different Synchrony in Rhythmic Movement Caused by Morphological Difference between Five- and Six-armed Brittle Stars” (2019), uses physiological experiments and mathematical models to show how subtle differences in limb count alter coordination patterns, with implications for both evolutionary biology and soft robotics design. While her citation count is modest (3 for this key work), her research is highly innovative and has been recognized for bridging gaps between biology and engineering. Hayase’s work offers a compelling case for how studying simple marine organisms can inspire more adaptive, morphology-driven robots.
Research Focus
Key Achievements
Top Papers
- 1