AOUF-P: Feedback-Induced Mass Generation and Its Implications for Beyond-Standard-Model Physics}

**Title**: AOUF-P: Feedback-Induced Mass Generation and Its Implications for Beyond-Standard-Model Physics **Authors**: Lichao (Independent Researcher, Shaanxi, China; Current Location: Jiangsu, China) **Abstract**: This paper introduces the Awareness Offset Unified Framework with Perturbation (AOUF-P), a novel theoretical model proposing that particle mass emerges from entropy-mediated feedback between cognitive systems and physical measurements. Leveraging EEG-derived parameters—phase stability (\(\Phi\)) and temporal delay (\(\tau\))—we formulate a mass generation mechanism independent of the Higgs field. The model predicts stable particle states in the 1.6-2.9 TeV range, potentially explaining LHC Run-2 anomalies (e.g., CMS 2.3 TeV MET excess, ATLAS 2.1 TeV multi-jet). Falsifiability is established through Run-3 LHC data, requiring a \(>3\sigma\) resonance at 1.8±0.1 TeV and an MET peak at 2.6±0.2 TeV. Theoretical deviations from the Standard Model are constrained to <0.031%. **Key Contributions**: - Proposes a mathematical analogy between neural dynamics and mass