Galli uses theoretical and computational methods to predict the properties of complex materials, encompassing solids, liquids and nanostructures. She works in close collaboration with experimentalists to invent strategies to interpret complex measurements, as well as to discover new materials wit...
Galli uses theoretical and computational methods to predict the properties of complex materials, encompassing solids, liquids and nanostructures. She works in close collaboration with experimentalists to invent strategies to interpret complex measurements, as well as to discover new materials with targeted properties for projects such as energy-related applications.
Her research in developing computational procedures for simulating water behavior also is relevant to the institute’s water initiative. The methods and techniques she and her associates have developed over the years to predict the properties of liquids at the molecular level may now help lead to major advances in engineering approaches to improved use of water resources.