Sunita Kumari
Papers
1
Total Citations
10
H-Index
1
About
Dr. Sunita Kumari is a theoretical biophysicist whose work bridges the physics of active matter with the mechanics of biological locomotion. Her primary research focuses on understanding how coordinated movement emerges in segmented, soft-bodied systems, from annelid worms to multi-legged arthropods. In her most cited work, "Model of metameric locomotion in smooth active directional filaments with curvature fluctuations" (2021, 10 citations), she introduced a novel theoretical framework that models how curvature fluctuations drive directed motion in active, segmented filaments. This model provides a foundational understanding of metameric locomotion—the wave-like, coordinated movement seen in centipedes and millipedes—and offers design principles for bio-inspired soft robots. By linking microscopic activity to macroscopic propulsion, Kumari’s work has opened new avenues for studying active matter systems and has been cited by researchers in both physics and robotics. Her contributions are notable for their elegance and interdisciplinary impact, establishing her as a rising voice in the field of active soft matter and biological physics.
Research Focus
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Top Papers
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