Postdoc @ Stanford (Hansen Experimental Physics Lab). I build signal processing and statistical pipelines for weak signal detection in noisy, high-dimensional data, currently applied to the solar interior and atmosphere via helioseismology. Python, spectral analysis, FFTs, time series, uncertainty quantification, observational and numerical modeling. PhD in Astronomy (NMSU).
Highlights
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magneto-rossby-dashboard
magneto-rossby-dashboard PublicInteractive Streamlit dashboard for visualizing magneto-Rossby and Alfvén wave dispersion relations on a sphere as a function of azimuthal order and magnetic field strength.
Python
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Eclipse-AGW-Analysis
Eclipse-AGW-Analysis PublicEnd-to-end pipeline for detecting atmospheric gravity waves in radiosonde data using wavelet analysis and Stokes parameters. Used in two peer-reviewed publications.
Python
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Grey-Stellar-Atmosphere-Model
Grey-Stellar-Atmosphere-Model PublicNumerical simulation of a 1D gray stellar atmosphere in LTE, solving coupled hydrostatic equilibrium, ionization balance, and convective stability equations in Python
Python 1
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SwRI-IDEA-Lab/butterflai
SwRI-IDEA-Lab/butterflai PublicMain repository of the COFFIES' ButterflAI project
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