Isotropic Superconductivity in Room-temperature Superconductor LaSc$_{2}$H$_{24}$

This project is a scientific theoretical study rather than a software tool. It provides a mechanism for room-temperature superconductivity in a specific ternary hydride (LaSc2H24). The defensibility is low (3) because, while the scientific insight is valuable, it is a 'finding' rather than a 'moat.' Any computational materials science group with access to standard DFT tools (VASP, Quantum ESPRESSO) and sufficient compute can replicate or extend these calculations. The 5 forks with 0 stars suggest small-scale academic interest, likely researchers cloning the specific calculation parameters or scripts. Frontier labs (OpenAI, Google) are unlikely to compete in high-pressure hydride physics directly (Low Frontier Risk), though Google's DeepMind (GNoME) operates in adjacent material discovery spaces. The 'displacement horizon' is set to 1-2 years, as the field of high-pressure hydrides is moving rapidly, and newer ternary or quaternary compositions frequently supersede previous benchmarks. The value lies in the intellectual property of the material composition and the specific 'isotropic single-gap' insight, not in any proprietary code base.