[Thesis Project] 1D Seismic Inversion Using Quantum Computing with Sources and Loss Functions. Author: Najlah Rupaidah, bex.
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Updated
Jul 30, 2026 - Python
[Thesis Project] 1D Seismic Inversion Using Quantum Computing with Sources and Loss Functions. Author: Najlah Rupaidah, bex.
A collection of tools built to process, analyze, and present planetary data. Divided into three projects, this repository is a result of a 5-month long internship at the German Aerospace Center (DLR) for a Master's thesis research. We present a deep dive into MOLA elevations, MARSIS radars, and numerical simulations for the Noctis Mons region
Supervised machine learning pipeline for classifying subsurface geological units from 3D seismic reflection data. Trains a CNN and a Random Forest on the same dataset, then compares them on held-out test sections.
Earth Systems Observatory — real-time geophysical monitoring and seismic thesis research
The Best Geophysics Resource Navigation Website,Helping geophysics researchers discover more valuable resources
Code for the term project of EPS 264: Geochemical Thermodynamics during the Winter Quarter of 2026.
Scripts I have created to assist in Geoscience
Vanderbilt Institute for Spatial Research — visrvu.org. Static site served from GitHub Pages.
Neural Adaptive Plane-Wave basis functions for heterogeneous seismic wave modeling
This repository contains detailed derivation to some classical solutions in theoretical seismology.
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