Jeffrey D. Rimer

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About

Jeffrey D. Rimer is a leading figure in the field of crystallization engineering, with a focus on understanding and controlling the formation of complex materials from the molecular to the macroscopic scale. His research spans biomineralization, porous materials (zeolites), and the synthesis of novel organic crystals. A hallmark of his work is the elucidation of non-classical crystallization pathways, including the role of pre-nucleation clusters and particle attachment. His highly cited studies have fundamentally reshaped how scientists view crystal growth, demonstrating that it is not always a simple, one-step process. Notably, his 2025 paper on "Tautomerism induces bending and twisting of biogenic crystals" (6 citations) explores how molecular-level changes can impart remarkable flexibility to crystals, opening new avenues for applications in soft robotics and optoelectronics. With thousands of citations across his body of work, Rimer's contributions have had a profound impact on materials chemistry, providing the fundamental insights needed to design crystals with tailored properties for catalysis, separations, and advanced functional materials.