USP Field Theory at CERN – Executive, Comparative, and Computational Proposals

This collection of documents presents the application of USP Field Theory to high-energy physics and CERN data analysis. USP reframes collisions not as probabilistic particle decays but as deterministic resonance cascades governed by Δf (frequency mismatch) thresholds. The uploaded files include: USP_Field_Theory_at_CERN_Executive_Summary.pdf — A concise overview highlighting opportunities, proposed actions, and integration paths. USP_Collision_Summary_Sheet.pdf — A one-page quick reference comparing Standard Model vs USP predictions, with equations and test proposals. USP_Field_Theory_at_CERN_Upgrade_Proposal_Final.pdf — A detailed computational proposal for integrating Δf-based analysis into CERN workflows, including metrics and test cases (e.g., ALICE 2023 Pb–Pb run). Collision_Detection_USP_vs_Mainstream_Final.pdf — A polished comparative study of detector signatures (electrons, muons, photons, jets, neutrinos), with Δf metrics, proposed CMS muon decay analysis, and potential impact (e.g., 5–10% jet uncertainty reduction). Together, these works transition USP Field Theory from conceptual framework to actionable, testable proposals, providing both strategic overviews and technical details relevant to experimental physics at CERN.