Connor Tisch

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About

Connor Tisch is a biophysicist whose research lies at the intersection of fluid dynamics, soft matter, and biological locomotion, with a particular focus on the physics of swimming at microscopic scales. His most cited work, "Realization of a push-me-pull-you swimmer at low Reynolds numbers" (2020), represents a landmark experimental achievement in low-Reynolds-number hydrodynamics. In this study, Tisch successfully constructed a synthetic swimmer that mimics the unique "push-me-pull-you" propulsion mechanism observed in certain microorganisms, such as amoeboid cells and euglenids. By demonstrating controlled, non-reciprocal motion in a viscous-dominated regime—a feat that directly addresses the famous "scallop theorem"—his work provides a tangible platform for understanding how cells navigate complex fluid environments. Though early in his career, Tisch's contributions have already garnered 10 citations, signaling growing recognition within the soft matter and micro-robotics communities. His research not only deepens our fundamental understanding of biological motility but also paves the way for designing artificial micro-swimmers for applications in targeted drug delivery and environmental sensing.