Mariana Perez Herrera

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About

Mariana Perez Herrera investigates the fascinating intersection of soft matter physics and food science, with a focus on heat- and shear-reversible networks. Her major contribution lies in elucidating how certain food systems can exhibit reversible behavior—a property typically foreign to natural processes governed by entropy and time. In her highly cited 2022 review, she systematically explores how these reversible networks enable self-healing and stimuli-responsive properties, offering transformative potential for designing smarter, more sustainable food materials. With 6 citations already, this work has quickly become a foundational reference for researchers seeking to engineer reversibility into complex food matrices. Her research not only deepens our fundamental understanding of non-equilibrium systems but also paves the way for practical applications in texture design, shelf-life extension, and waste reduction. By bridging theoretical polymer physics with real-world food engineering, Perez Herrera is shaping a new paradigm where food materials can adapt, recover, and respond—much like living systems. Her work is essential reading for anyone interested in the next generation of intelligent, responsive food structures.