ECOF Compatibility with 25 Foundational CERN Measurements (2012–2025)

Abstract This paper establishes the experimental compatibility of the Energy-Consciousness Observer Framework (ECOF) with 25 foundational measurements performed at the Large Hadron Collider (LHC) between 2012 and 2025. These measurements span Higgs boson discovery and property determinations, precision tests of electroweak symmetry breaking, rare decay processes, and an extensive program of CP-violation studies in mesons and baryons. Rather than proposing modifications to the Standard Model, ECOF is constructed to be fully consistent with all current collider data while offering an alternative, observer-linked interpretation of mass generation, coupling hierarchies, and phase asymmetries. In this work, each selected CERN result is treated as an empirical boundary condition on ECOF. For every measurement, we summarize the experimental context, the physical quantity probed, and the current level of precision, and then analyze how ECOF accommodates the result at Level 1 without invoking higher-order or recursion-sensitive mechanisms. Taken together, these 25 results define a constraint envelope within which ECOF must operate, demonstrating that the framework does not conflict with known data and remains falsifiable by future, more precise measurements. By organizing a decade of key Higgs, flavor, and electroweak results into a single compatibility map, this paper provides a structured bridge between ECOF and the established experimental landscape at CERN. It thereby supports the scientific legitimacy of ECOF as a candidate interpretive framework for high-energy physics and motivates targeted future tests, particularly in rare Higgs decays, multi-Higgs production, and refined CP-violation measurements.