Jessica Rangel‐Galera

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About

Jessica Rangel‐Galera is a materials scientist whose research focuses on the design and characterization of responsive soft matter, particularly colloidal gels and hydrogels with tunable surface and mechanical properties. Her major contributions center on controlling surface morphology, adhesion, and friction in semicrystalline colloidal gels through lamellar surface interactions, as demonstrated in her most-cited 2023 paper (11 citations). This work addresses the longstanding challenge of engineering hydrogel interfaces for specific applications by systematically investigating poly(methacrylamide-co-methacrylic acid) systems in water. Her research bridges fundamental polymer physics and practical materials design, offering new strategies for creating adaptive surfaces with programmable tribological behavior. Rangel‐Galera’s findings have implications for biomedical coatings, soft robotics, and microfluidic devices where precise control over surface interactions is critical. Her work stands out for its integration of rheological characterization with surface chemistry, providing a framework for developing next-generation responsive materials. As an emerging researcher, her citation record reflects growing recognition in the soft matter community, and her studies continue to inform the rational design of functional hydrogels for advanced technological applications.