USP Field Theory at CERN – Executive, Comparative, and Computational Proposals
Year: 2025
Type: article
Abstract: 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.
Author: Sepehri, Sadegh
Language: English
Subfield: Nuclear and High Energy Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7084045385
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