The contribution of nitrogen Frenkel-pair formation to the high-temperature heat capacity of uranium mononitride

This project is a digital artifact supporting a specific scientific paper on nuclear fuel thermodynamics. It functions as a reference implementation for researchers investigating uranium mononitride (UN) behavior in advanced fission reactor designs. Its defensibility is scored at a 2 because, while the domain expertise required is high, the code itself is a one-off research tool with zero stars and no library-like adoption. It is essentially a 'code-behind-the-paper' repository. Frontier risk is low because specialized nuclear engineering is outside the scope of general-purpose AI labs. The primary 'competitors' are other academic research groups using Density Functional Theory (DFT) or different MD potentials to model the same material. Displacement risk is categorized as 1-2 years, reflecting the typical lifecycle of academic peer review and the subsequent release of superior interatomic potentials or higher-fidelity simulations (e.g., ab initio MD) that might supersede these results. There is no platform risk as Big Tech does not compete in the niche of nuclear material simulations.