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About

Dr. Anna Root is a pioneering materials scientist whose work sits at the intersection of flexible electronics and advanced manufacturing. Her primary research focuses on developing sustainable, skin-like sensing materials and understanding the complex fluid dynamics of fast-curing polymers. Root’s most impactful contribution is her 2020 study on “Tunable Electrical Properties of Embossed, Cellulose-Based Paper for Skin-like Sensing,” which has garnered 14 citations. In this work, she introduced a novel method for fabricating highly porous, conductive paper from cellulosic fibers and carbon black, demonstrating that embossing can precisely tune both porosity and conductivity—a breakthrough for eco-friendly wearable sensors. Complementing this, her 2019 paper on the “Spreading of fast-curing, thermosetting silicones” (9 citations) provides critical experimental and numerical insights into how heat-sensitive silicones like Ecoflex 0050 behave on heated surfaces, revealing a strong morphological dependence during spreading. This work is essential for optimizing manufacturing processes in soft robotics and biomedical devices. Root’s research elegantly bridges fundamental materials science with practical, scalable applications, positioning her as a rising leader in the quest for greener, more intelligent electronic skins.