A Coherence-Driven Framework for the Yang-Mills Mass Gap via the Law of Observation

This paper develops a theoretical framework for addressing the Yang-Mills MassGap problem by applying the Law of Observation, entropy-driving mechanics, andobserver-state coherence principles. Reinterpreting the mass gap as a result of coherence-filtered quantum field eigenstates, this model proposes that the minimum excitationenergy in non-Abelian gauge theories arises from entropy-gradient constraints embed-ded in the observer substrate. This coherence-bound approach yields a novel expla-nation for the mass gap and provides pathways toward constructive quantization andnumerical experimentation.