Camilla Di Mino

Camilla Di Mino is a Research Fellow in Chemistry at the University of Oxford, affiliated with the Department of Chemistry. Her research focuses on understanding competitive intermolecular interactions and solvation patterns in liquids, with applications in areas such as protein frameworks, plastic electronics, and battery electrolytes. She utilizes neutron scattering to study weak cooperative interactions, which provides insights into molecular mechanisms that classical simulations cannot predict. Di Mino's work also explores liquid/nanomaterial interfaces, particularly through liquid suspensions of nanomaterials to enhance scattering signals. She holds a BSc and MSc in Condensed Matter Physics from Università Roma Tre and completed her PhD at UCL before joining Oxford as an EPSRC/Glasstone Research Fellow.

Camilla Di Mino Glasstone is a Research Fellow in Chemistry at the University of Oxford, specializing in materials science with a focus on solvation, batteries, and hydrogen bonding. Her research explores the structural and dynamic properties of solvents and their interactions with materials, particularly in the context of energy storage and nanomaterials. She investigates how hydrogen bonding and weak interactions influence the behavior of solvents in solutions and at interfaces, with applications in battery electrolytes and nanomaterials. Her work bridges experimental and theoretical approaches to understand the role of solvation in chemical and physical processes.