Mir Abbas Jalali

Papers

Total Citations

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About

Mir Abbas Jalali is a theoretical physicist and applied mathematician whose research spans the fluid dynamics of active matter, celestial mechanics, and nonlinear dynamics. His most cited work, "Microswimmer-induced chaotic mixing" (2015, 27 citations), addresses a fundamental challenge in low Reynolds number hydrodynamics: achieving efficient mixing in Stokes flows. Jalali demonstrated that microswimmers moving in quasi-periodic orbits can generate chaotic advection, overcoming the linear constraints of the Stokes equation to produce substantial mixing. This contribution has implications for microfluidics, biological transport, and the design of synthetic swimmers. Beyond fluid dynamics, Jalali has made notable contributions to galactic dynamics, including studies of orbital diffusion in stellar systems and the stability of planetary rings. His work is characterized by elegant mathematical modeling and deep physical insight, often bridging disparate fields. With a career marked by interdisciplinary impact, Jalali continues to explore complex dynamical systems, from the microscopic world of swimming microbes to the grand scales of galaxy formation.