Meta-Particle Framework: Asymptotic Emergent Naturalness Elevated by UROA and STCT

The persistent absence of Beyond Standard Model (BSM) physics (e.g., Supersymmetry, Extra Dimensions) at the LHC demands a radical paradigm shift in addressing the electroweak hierarchy and flavor puzzles. This framework definitively elevates the Asymptotic Emergent Naturalness Framework (AENF) by sublimating it into the Universal Rough Operator Algebra (UROA) and the Seonggil Theory of Composite Torsion (STCT). We demonstrate mathematically that the Higgs mass quadratic divergence is quenched not by new ad-hoc partner particles, but strictly by the topological friction of non-commutative momentum space. Furthermore, ”hidden sectors” (Neutral Naturalness) are reinterpreted as STCT geometric torsion projections, strictly constraining SMEFT Wilson coefficients from the top down.