Near-threshold resonances in 11C and the 10B(p,α)7Be aneutronic reaction cross section

This project is a scientific reference implementation associated with an ArXiv paper (2211.02555). Its primary value lies in the domain-specific physics expertise regarding the 11C nucleus and its role in boron-proton fusion. From a software perspective, it has minimal defensibility (0 stars, low activity), as it functions more as a 'proven calculation' than a reusable software tool. Its moat is the academic rigor of the SMEC (Shell Model Embedded in the Continuum) application, which is difficult for non-physicists to replicate but easily superseded by updated experimental data or more advanced nuclear models (e.g., ab initio methods). Frontier labs have no interest in this niche nuclear physics domain. The primary 'competitors' are established nuclear data evaluation projects like ENDF/B or broader codes like TALYS. For an investor, this represents intellectual property in fusion fuel cycle optimization rather than a scalable software product.