I am a student in Prof. Gabriel Kotliar’s group. My research interests center on many-body perturbative techniques and their application to electronic structure calculations, with a particular emphasis on diagrammatic Monte-Carlo methods.
I am interested in applying various exact analytical techniques to explore the physics of strongly correlated systems and out of equilibrium many-body systems.
Under the supervision of Prof. Kristjan Haule, Ghanashyam is solving various correlated electrons problems. He uses different computational methods to tackle physics problems arising from strong electron-electron interaction including iron based superconductors and topological materials.
I am a graduate student working with Prof. Piers Coleman and Prof. Ananda Roy. My research interest lies in the area of strongly correlated quantum many-body systems and its intersection with quantum information science, motivated by the advances in experimental capabilities in both the solid-state and in quantum simulation. In general, I’m interested in studying
I am interested in understanding novel patterns of fractionalization that can occur in Strongly Correlated Systems such as Unconventional Superconductors and Frustrated Magnets.
I am interested in exploring novel phenomena and quantum phase transitions in strongly correlated systems. I use a combination of exact analytical and computational techniques.
I am a Ph.D. student working with Prof. David Vanderbilt at Rutgers University. My research interest is mainly about topological quantum matters, including both model systems and real materials. I am particularly interested in the application of Berry phases and Wannier functions in solids.
My interests lie in the application and development of computational techniques to facilitate the prediction and classification of material realizations of topological phases. I am also interested in the theoretical classification and discovery of topological phases of matter, including both strongly correlated phases and non-interacting systems.
My current research focuses on strongly correlated systems with incommensurability and out-of-equilibrium quantum systems under the supervision of Prof. Jedediah H. Pixley. We utilize various numerical approaches as needed to study physical systems.