Elizabeth K. Mann

Dr. Elizabeth K. Mann is a distinguished Professor of Physics at Kent State University at East Liverpool, where she has made significant contributions to the field of soft matter physics, particularly in the study of fluid interfaces. Her academic journey began with a Ph.D. from the prestigious Ecole Normale Supérieure in Paris, followed by post-doctoral research in France and Switzerland. During this time, she delved into the complexities of interfacial phenomena, examining the interactions between different substances at their boundaries. Dr. Mann's research is centered around the intricate processes of phase transitions, phase separation, and transport phenomena within interfacial regions. Her work is characterized by a dual focus on the molecular dimensions perpendicular to the interface and the macroscopic phenomena that occur parallel to it. This approach allows her to explore the fundamental principles governing these systems and their broader implications. In her experimental work, Dr. Mann employs a variety of sophisticated techniques, including the Brewster angle microscope, to investigate the structures of thin films. Her studies are particularly concentrated on polymer and polymer liquid crystal films at the liquid/air interface, where she seeks to unravel the complexities of their behavior. Her research is driven by a desire to understand how hydrodynamics and electrostatic forces influence relaxation phenomena, metastable states, and pattern formation. The implications of Dr. Mann's research are far-reaching, with potential applications in fields such as non-linear optics and biomembranes. By advancing our understanding of these systems, she contributes to the development of new technologies and materials that can harness the unique properties of soft matter. Her work not only enhances our fundamental knowledge of physics but also paves the way for innovative solutions in various scientific and industrial domains. Throughout her career, Dr. Mann has been recognized for her dedication to advancing the field of physics and her commitment to mentoring the next generation of scientists. Her contributions have been instrumental in shaping the study of soft matter physics, and her insights continue to inspire researchers around the world.