2023/12/18 - MPP won best paper at the NeurIPS 2023 Workshop on AI for Science!; 2023/12/08 - Our paper on stability of neural operators was accepted to TMLR!; 2023/10/09 - Released work on multiple physics pretraining with the PolymathicAI collaboration to arxiv!; 2023/06/22 - Released joint work with Peter and Shashank from LBL on stability in autoregressive neural operators on arxiv!; 2021/9/28 - The updated version of our earlier workshop paper, now titled, “Learning to Assimilate in Chaotic Dynamical Systems” was accepted to NeurIPS 2021.
Research Experience
Currently a research engineer at the Polymathic team of the Flatiron Institute; previously worked as a Data Scientist in industry, applying machine learning to solve real-world problems in healthcare, finance, and energy sectors; collaborated with Lawrence Berkeley National Lab on deep learning-based weather models in summer 2022; worked as a Givens associate at Argonne National Lab in summer 2021.
Education
Ph.D. from the University of Colorado, Boulder, under Prof. Jed Brown, focusing on machine learning for computational physics, including data assimilation, dynamics modeling, and large-scale deep learning.
Background
Research interests: machine learning and optimization. Particularly interested in ML for physics-driven systems, leveraging prior knowledge of system behavior in the form of PDEs, invariances, or conservation laws. Brief introduction: A researcher at the Flatiron Institute's Polymathic team, focusing on deep learning for the physical sciences.