Haodong Qin is a physics-trained computational researcher with eight years of experience developing physics-informed machine learning and geometric manifold methods to probe biological aging, neural memory, and unsteady fluid dynamics. Based at the Salk Institute and UC San Diego during his PhD, he blends differential geometry, information theory, and dynamical systems to build interpretable, theory-grounded models from million-sample multi-omics and time-series datasets. His work has produced practical rules (e.g., Fisher-optimized initialization) that substantially speed RNN convergence and uncovered conserved low-dimensional structures across species, guiding experimental design and validation. Equally comfortable with hands-on pipeline engineering—cell-tracking vision systems and scalable preprocessing—and abstract theory, he frequently presents at major meetings (AHA Allen, SfN, La Jolla Aging). Colleagues describe him as an "old fashioned" thinker who favors transparent, physically consistent models over black-box solutions.
8 years of coding experience
6 years of employment as a software developer
University of California, San Diego
Bachelor's degree Physics, Bachelor's degree Physics at UC Santa Barbara
Contributions:13 commits, 12 pushes, 1 branch in 9 months
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