Model fitting to small angle neutron scattering experimental data for archaeology

About

This project began as an internship at Centre for Energy Research in Budapest. The goal was to develop an automated procedure for analyzing experimental data from small-angle neutron scattering measurements of archaeological pottery sherds. I designed the procedure and implemented it as standalone software using C++11 with Qt 5.15, reducing analysis time from several minutes to seconds per data file.

The procedure was further refined to improve robustness against experimental noise and to better fit the chosen model. The current version of the software is developed in Rust using iced.