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About

Allyson Cox is an emerging materials scientist and engineer whose research sits at the dynamic intersection of additive manufacturing, smart polymers, and functional elastomers. Her work focuses on developing next-generation 3D-printable elastomers with advanced self-healing and adhesive capabilities, pushing the boundaries of what soft materials can achieve in real-world applications. Cox's most cited contribution, "3D Printable Adhesive Elastomers with Dynamic Covalent Bond Rearrangement" (2023, 12 citations), elegantly addresses one of the field's central challenges: simultaneously engineering strong adhesion and bond dynamicity within a single material system — properties traditionally considered at odds. Building on this foundation, her 2024 work introduced photocurable self-healing elastomers capable of autonomous, real-time repair without external stimuli or manual intervention, a significant practical leap for soft robotics, wearable electronics, and biosensing technologies. Her earlier investigation into digital light processing (DLP) parameters for UV-curable elastomers established rigorous process-property relationships critical for reliable manufacturing. Collectively, Cox's research is shaping how engineers design resilient, self-repairing soft devices, with implications spanning healthcare, robotics, and flexible electronics. Her growing citation record reflects an increasingly influential voice in the advanced materials community.