Intrinsic constraint on $T_c$ for unconventional superconductivity

This project represents a significant theoretical contribution to condensed matter physics rather than a software product. It addresses the fundamental 'billion-dollar question' of room-temperature superconductivity (RTSC) by establishing theoretical limits on Tc for unconventional superconductors under ambient pressure. The low defensibility score reflects its status as an academic reference implementation; while the intellectual property (the finding of the 'plaquette state' constraint) is valuable for materials science R&D, the code itself is a specialized tool for replicating paper results rather than a general-purpose library. Frontier labs like OpenAI or Anthropic have zero interest in this niche domain, though Google DeepMind (via GNoME) operates in the adjacent space of material discovery. The 'moat' here is pure expertise and the peer-reviewed validation of the theoretical bound. It is highly unlikely to be displaced by a platform, as it provides a 'no-go' theorem that informs whether specific materials should even be pursued. The lack of stars is typical for high-level theoretical physics repositories on GitHub, which often serve as archival code for arXiv submissions rather than community-driven software.