Rebekah K. Smoldt

Papers

Total Citations

H-Index

About

Rebekah K. Smoldt is a biomechanics researcher whose work illuminates how animals overcome the challenge of grasping soft, irregular surfaces—a problem that stymies both biology and robotics. Her primary research focuses on the feeding mechanics of marine mollusks, particularly the sea hare *Aplysia californica*, a generalist herbivore that consumes seaweeds of varying textures. In her most cited work, "Soft-surface grasping: radular opening in *Aplysia californica*" (2019, 27 citations), Smoldt reveals how the animal’s radula—a tongue-like structure—adapts to grip slippery, deformable algae. This contribution not only deepens our understanding of evolutionary feeding strategies but also offers bio-inspired solutions for soft robotics. By dissecting the mechanics of radular opening, Smoldt provides a blueprint for designing grippers that can handle delicate, irregular materials without damage. Her research bridges fundamental biology and applied engineering, demonstrating how nature’s solutions can inspire next-generation robotic systems. For students and researchers, Smoldt’s work is a compelling example of how studying the humble sea slug can unlock innovations in material handling and soft-surface manipulation.