معرفی
Graham Leverick is an Assistant Professor in the Department of Chemical and Biological Engineering at Tufts University's School of Engineering. His research focuses on developing next-generation electrochemical energy storage and conversion devices, particularly through the design of advanced electrolytes. He leads the Leverick Lab, which emphasizes fundamental science to address knowledge gaps in electrolyte chemistry, enabling innovations in batteries like lithium-ion, lithium-sulfur, and molten-salt systems.
Education:
- Doctor of Philosophy (2021), Massachusetts Institute of Technology
- Master of Science (2013), University of Manitoba
- Bachelor of Science (2011), University of Manitoba
Research Interests:
His work bridges molecular-level understanding of ion-solvent interactions with practical battery applications. Key areas include electrolyte design for enhanced stability, low-temperature performance, and multi-valent ion chemistries. The lab also explores solid-state electrolytes and the role of interfaces in battery degradation. Notably, his group champions diversity and inclusion as critical to fostering innovation.
Publications:
Recent work highlights advancements in CO2 capture via amine-electrolyte solvents, tunable redox mediators for Li-O2 batteries, and molecular dynamics simulations to predict electrolyte behavior. Articles span topics like electrolyte-dependent Li+ transport and nitrate-mediated oxygen reduction reactions.
Advising & Teams:
- Graduate Students: Jaaveeth Akthar M, Ali Kavanaugh
- Undergraduate Researchers: Anne Hamilton, Spencer Pickering, Megan Selwin, Angela Tsou
Current projects include developing high-rate sodium-oxygen batteries and understanding solvation entropy effects in lithium-ion systems.
Labs & Facilities:
The Leverick Lab is located at 4 Colby Street, Medford, MA. Research infrastructure supports advanced characterization tools for electrolyte analysis and battery prototyping.
