Katie Kloska
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About
Katie Kloska is pioneering the next frontier of programmable materials, with a focus on advanced polymerization techniques and stimuli-responsive systems. Her work centers on harnessing electric fields to initiate thiol-ene polymerization, a breakthrough that enables unprecedented spatial and temporal control over material properties without relying on traditional light or heat sources. In her most-cited paper, "Programmable material via thiol-ene polymerization initiated by electric-field induced thiyl radical on piezoelectric ZnO" (2025), Kloska demonstrates how piezoelectric zinc oxide can generate thiyl radicals under an electric field, effectively "writing" material architecture on demand. This innovation opens new avenues for 3D-printing, architected material design, and remote patterning. Though early in her career, her work has already garnered attention for its potential to revolutionize manufacturing and smart material fabrication. Kloska’s research stands at the intersection of polymer chemistry, materials science, and electrical engineering, promising to deliver adaptive, programmable materials that respond dynamically to their environment—a vision that could reshape industries from biomedical devices to soft robotics.
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