Eric M. Furst

University of Delaware

Chemical Engineer

Fellow, Elected 2024

Eric M. Furst's exceptional contributions to the field of Rheology, particularly in the development and underpinning of microrheological methods, highlight his pioneering role in advancing material science. His research has changed our grasp of the microscale interactions and mechanics governing the behavior of colloidal systems, with significant implications for technological applications.

Central to Furst's acclaim is his work on elucidating the origins of elasticity in colloidal gels. In a colloaborative effort, he has dissected the intricate mechanisms at play within these materials, connecting microscale interaction forces to macroscopic phenomena such as yield stress. This series of studies, spanning over a decade, has not only demystified gel mechanics but also paved the way for improving the properties and engineering applications of colloidal materials.

Furst's investigations into colloidal gels extend to the utilization of optical micromanipulation techniques, allowing for precise probing of polymer and colloidal material behavior at the nanoand microscales. His efforts have culminated in groundbreaking findings, such as the solid-fluid transition in molecularly gelling systems, which have been widely recognized and cited for their elegance and depth of insight.

Eric M. Furst’s selection as a Fellow would not only honor his significant scientific achievements in Rheology, particularly his research in colloidal gels, but also acknowledge his dedication to the scientific community and his impactful service to the Society of Rheology. His work stands as a beacon of innovation and excellence in material science, inspiring future research and application in the field.