At LBL, Anubhav works in new materials discovery and design using a mix of theory, computation, and data mining. He serves as the Associate Director and as a thrust lead for the Materials Project, a multi-institution effort to accelerate materials discovery by computing the properties of all known inorganic properties. This is achieved by automating first-principles calculations on a massive scale at DOE supercomputing centers. The Materials Project currently serves over 200,000 registered users from all over the world. Anubhav also serves as part of the central leadership team as well as the data core objective lead for the Durable Materials (DuraMat) consortium where he works on analyzing a wide array of solar photovoltaic data sets. Anubhav's other research interests include using natural language processing to extract data from the scientific literature, new catalysts for oxyanion removal from water, new mechanisms for thermal energy storage, thermoelectric materials, and machine-learning representations of crystal structure and band structure.