Regular biography
Carla Verdi is a computational physicist and materials scientist with a strong focus on the theoretical and computational study of electronic and vibrational properties of materials. Her research spans a wide range of topics, including polarons, electron-phonon coupling, many-body effects, and the development of advanced computational methods for materials science. She is particularly known for her work on the Fröhlich electron-phonon interaction, polarons in transition metal oxides, and the application of machine learning in materials modeling. Verdi has made significant contributions to the understanding of charge transport in perovskites, semiconductors, and transition metal oxides. She has also developed the EPW code, which is widely used for calculating electron-phonon coupling and related properties. Her work has been published in top-tier journals such as *Nature Communications*, *Physical Review Letters*, and *Physical Review B*. Verdi has collaborated with leading researchers in the field and has been recognized for her innovative approaches to solving complex problems in condensed matter physics.
Scholar-generated biography
Carla Verdi is a researcher in Condensed Matter and Materials Science, focusing on the electronic and thermal properties of materials. Her work explores electron-phonon coupling, polarons, and the behavior of materials under various conditions. She investigates hybrid lead halide perovskites, transition metal oxides, and zirconia, with an emphasis on their structural and electronic phase transitions. Her research also integrates machine learning with first-principles calculations to model interatomic potentials and improve the accuracy of simulations. Verdi's studies contribute to understanding charge transport, thermal transport, and the role of phonons in electronic systems.