Laurel Kroo

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About

Laurel Kroo is a pioneering researcher in the field of soft matter physics and fluid dynamics, with a focus on the mechanics of low-Reynolds-number locomotion in complex fluids. Her key research areas include viscoelastic fluid dynamics, micro-robotics, and the development of novel rheological measurement techniques. Kroo’s major contribution is the experimental demonstration of a freely suspended robotic swimmer that propels itself solely through viscoelastic normal stresses, defying the constraints of the scallop theorem. This work, published in 2022, has garnered 21 citations and represents a significant breakthrough in understanding how fluid elasticity can enable propulsion in non-Newtonian environments. Her earlier foundational paper, “A Swimming Rheometer,” introduced the concept of using self-propulsion as a rheological tool, earning 2 citations. Kroo’s research has profound implications for the design of micro-robots for biomedical applications and for advancing fundamental knowledge of fluid-structure interactions. Her innovative approach to combining robotics with fluid dynamics has established her as a rising leader in the field, with her work being recognized for its potential to transform both theoretical and applied aspects of soft matter science.