Ahmad Amiri, Ph.D., assistant professor of chemical and mechanical engineering at The University of Tulsa, has secured a U.S. National Science Foundation grant to research critical challenges for energy storage in extreme temperatures. The project, titled “Solvation Dynamics in Dual-Solvent Systems for Enhanced Electrochemical Performance at Ultra-Low Temperatures,” aims to make lithium-ion batteries work in […]| The University of Tulsa
Nineteen faculty members at The University of Tulsa have been recognized by Stanford University and publisher Elsevier for being among the top 2% of scientists cited in the world. Out of this prestigious group, eight current faculty members from UTulsa’s College of Engineering & Computer Science have been honored for their dedication to research. The […]| The University of Tulsa
In a lab studying for space-level extremes, batteries are being engineered that could one day power deep-space missions or transform the future of wearable technology. Leading this work is Ahmad Amiri, assistant professor of chemical and mechanical engineering at The University of Tulsa, who has been named among the top 2% of most-cited scientists in […]| The University of Tulsa