Jasmine C. Gomez

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About

Dr. Jasmine C. Gomez is a pioneering researcher at the intersection of soft robotics and biomedical engineering, specializing in the design of novel, micron-scale actuation systems. Her major contributions lie in developing innovative soft actuators that leverage the unique properties of liquid marbles and nanohybrid materials. In her highly cited 2023 work, "Robotic Locomotion and Piezo1 Activity Controlled with Novel Liquid Marble‐based Soft Actuators" (10 citations), Dr. Gomez introduced a graphene-infused liquid marble actuator powered by the photothermal effect, demonstrating precise control over robotic locomotion and even biological Piezo1 channel activity—a breakthrough for targeted biomedical interventions. Her earlier foundational study, "Micron‐Scale Soft Actuators Fabricated from Multi‐Shell Polystyrene Particle‐Gold Nanoparticle Nanohybrids" (7 citations), established a scalable method for creating soft, responsive structures for microelectromechanical systems. With a growing citation impact, Dr. Gomez’s work is shaping the future of minimally invasive medical devices and adaptive soft robotics, offering elegant solutions to complex challenges in microscale manipulation. Her achievements highlight a unique ability to bridge materials science and biological systems.