Using C++ to Calculate SO(10) Tensor Couplings

Model building in SO(10), which is the leading grand unification framework, often involves large Higgs representations and their couplings. Explicit calculations of such couplings a multi-step process that laborious are time consuming error prone, an issue only grows as complexity coupling increases. Therefore, there exists opportunity to leverage abilities computer software order algorithmically perform these on demand. This paper outlines details software, implemented C++ using in-built libraries. The capable accepting invariant involving arbitrary number SO(10) tensors, each having up five indices. output then produced , so it universally readable sufficiently expressive. Through use this analysis can be performed way minimizes calculation time, eliminates errors, allows for experimentation with have not been computed before literature. Furthermore, expanded future account similar Higgs–Spinor analysis, or extended include further SO(N)