Practicum Experience(s)
Lawrence Berkeley National Laboratory (2024)
Summary of Research
In the first year of my graduate program, I have been interested in inverse problems and uncertainty quantification, especially with applications in medical and atmospheric imaging. Currently, under the mentorship of Julianne and Tia Chung, I am working with autoencoder networks that can supplement traditional inverse problem techniques (in UQ and regularization, for example). More broadly in my research, and throughout my PhD, I hope to learn more methodologies of numerical linear algebra and ways that they can be applied to solve problems in engineering and sustainability.
Annual Program Review Abstracts
Publications
E. Hart, J. Chung, and M. Chung, A paired autoencoder framework for inverse problems via Bayes risk
minimization, 2025 (Preprint)
S. H. Lim, Y. Wang, A. Yu, E. Hart, M. W. Mahoney, X. S. Li, and N. B. Erichson, Elucidating the design
M. Chung, E. Hart, J. Chung, B. Peters, and E. Haber, Paired autoencoders for likelihood-free estimation
in inverse problems, Machine Learning: Science and Technology, 5 (2024), p. 045055
choice of probability paths in flow matching for forecasting, 2025 (Preprint)
E. Buser, E. Hart, and B. Huenemann, Comparison of atlas-based and neural-network-based semantic
segmentation for dense mri images, SIAM Undergraduate Research Online, 15 (2022)
Awards
Women in Natural Sciences Fellowship, Emory University (2022-Present)
Dean's Award for Academic Excellence with Distinction, Colgate University (2018-2022)
Graduate School Access Fund Recipient, Colgate University (2021)
Osborne Mathematics Prize, Colgate University (2021)
Sisson Mathematics Prize, Colgate University (2020)
Charles A. Dana Scholar, Colgate University (2020)
Liberal Arts Core Curriculum Prize, Colgate University (2019)