Feasibility Analysis of Room-Temperature Superconductivity Based on Ternary Entropy Classification System

Within the ternary total entropy conservation framework, the superconducting state is redefined as a macroscopic quantum coherent structure carried by one-dimensional entropy filaments, with information entropy of exactly 1 bit. The derivation yields a theoretical channel for room-temperature superconductivity requiring interface stability factor η ≥ 0.999999999261, explaining the absence of homogeneous room-temperature superconductors and the layered structure of all known high-Tc materials. All derivations rely solely on axioms and experimental standard molar entropy values. The preprint was revised with the help of artificial intelligence language touch-ups and formula formatting tools