Charlotta Lorenz

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About

Charlotta Lorenz is a rising star in the physics of active soft matter, whose work illuminates the surprising behaviors of biological condensates. Her research focuses on the physical consequences of chemical activity within phase-separated droplets—membraneless organelles that organize cellular reactions. In her landmark 2024 paper, "Phase-separated droplets swim to their dissolution," which has already garnered 51 citations, Lorenz demonstrated that these droplets can become self-propelled, actively "swimming" as they dissolve. Using model bovine serum albumin systems, she revealed how chemical activity drives this motion, fundamentally altering our understanding of how condensates interact with their environment. This work bridges non-equilibrium thermodynamics and cell biology, offering new insights into how cells might harness active droplets for transport or reaction control. Lorenz’s contributions are particularly notable for their elegance in connecting theory to experiment, and her findings have immediate implications for designing synthetic active materials. As a young investigator, her rapidly growing citation record signals a transformative impact on the field, positioning her as a key voice in the future of active matter research.