Aaron P. Esser‐Kahn
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About
Aaron P. Esser‑Kahn is a leading figure in the development of programmable and responsive materials, with a particular focus on using physical stimuli to control chemical reactivity and material properties. His research bridges organic chemistry, polymer science, and materials engineering, pioneering methods to achieve spatial and temporal control over polymerization and material behavior without direct contact. A hallmark contribution is the use of electric fields to generate thiyl radicals on piezoelectric nanoparticles, enabling remote, on‑demand initiation of thiol‑ene polymerizations—a breakthrough that opens new avenues for 3D printing, architected materials, and adaptive composites. His work has garnered significant attention, with his most cited papers amassing hundreds of citations, reflecting the field’s recognition of his innovative approach. Esser‑Kahn’s achievements include developing “programmable matter” concepts that allow materials to change properties in response to external cues, and his research has been featured in high‑impact journals. For students and researchers, his work exemplifies how fundamental chemical principles can be harnessed to create next‑generation smart materials with unprecedented control and functionality.
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