UNICA

Drew F. Parsons is an Associate Professor at the Department of Chemical and Geological Sciences, University of Cagliari, where he specializes in colloid and interface science, with a particular focus on theoretical modeling and advanced computational methods. His academic contributions extend to areas such as the physics of surface forces, soft-matter systems, and polymer physics.

Parsons has held research and teaching positions at prestigious institutions worldwide, including Murdoch University, the Australian National University, and the University of California, Davis. His expertise in computational chemistry and electrostatics has contributed to significant advancements in understanding ion-specific effects and surface interactions. Notably, his doctoral research at the Karpov Institute of Physical Chemistry in Moscow focused on nonlocal electrostatics and ion solvation, laying the foundation for his career in theoretical and applied physical chemistry.

With over 80 peer-reviewed journal articles, seven book chapters, and numerous invited talks at international conferences, Parsons is recognized as a leading voice in his field. His work includes innovative theories for calculating surface forces, accounting for surface roughness, and modeling dynamic redox systems. His recent research involves time-dependent ion adsorption theories for desalination and energy storage, as well as the application of quantum mechanical methods to calculate ionic dispersion forces.

Parsons has also contributed significantly to the study of nanobubbles, polymer conformations, and redox electrode forces, employing advanced computational tools such as the Wang-Landau Monte Carlo technique and finite element methods. His work in these areas has implications for both fundamental science and industrial applications, from oil extraction to biomembrane interactions.

Throughout his career, Parsons has collaborated with renowned scientists, including Prof. Barry Ninham, and participated in international research initiatives funded by organizations such as the Norwegian Research Council and the Australian Research Council. He has served as a member of the International Advisory Board of Colloid Journal and contributed to community-driven software projects such as FEniCS and SasView.

In addition to his research, Parsons is an accomplished educator, teaching courses ranging from statistical physics to quantum mechanics and programming for engineering students. His interdisciplinary approach bridges theoretical insights and practical applications, fostering innovation in the fields of physical chemistry and computational modeling.