Materials Synthesis

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Faculty in this area focus on bottom-up synthesis approaches guided by strong first principles. Their work intersects with civil engineering faculty studying the fundamental properties of building materials and mechanical engineering faculty developing novel materials for batteries and energy storage. Ongoing research includes molecular design and analysis of nanostructured materials. This interdisciplinary focus draws on expertise in aerosol science and technology, biomaterial synthesis in biomedical engineering, and contributions from the departments of chemistry, biology and physics in the College of Arts and Sciences, as well as science faculty in the Miller School of Medicine.

Adsorption & Separation Research Lab (ASRL)

The Adsorption & Separation Research Lab (ASRL) focuses on advancing materials and technologies for efficient gas and liquid separations. Our interdisciplinary research combines experimental and computational approaches to develop novel adsorbents and optimize separation processes for applications in energy, environment, and chemical manufacturing. We collaborate with academic and industrial partners to drive innovation in sustainable separation science.

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Sustainable Battery Lab

The Sustainable Battery Laboratory is dedicated to advancing materials and electrolytes for low-cost, high-performance, and safe batteries. Its research focuses on the development and application of next-generation battery technologies, including sodium-ion, potassium-ion, multivalent, lithium-metal, metal-air, and redox-flow batteries.

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