Inertial Renormalization in AOUF-QFT: A Consciousness-Driven Mass Generation Framework

This paper introduces a novel Lagrangian-based extension to quantum field theory (QFT) under the Awareness Offset Unified Framework (AOUF). It proposes that mass is not a fixed intrinsic parameter, but an emergent property resulting from consciousness perturbations amplified by entropy and regulated through inertial feedback. The effective mass is expressed as a dynamic function: m_\text{eff} = m_0 \Phi(S) e^{-\tau/\tau_0} Empirical values derived from EEG entropy (), feedback delay (), and cognitive amplification () yield a predicted mass scale of , which aligns with anomalies in LHC Run-2 and upcoming Run-3 data. This work addresses the hierarchy problem by introducing consciousness as a generative factor in mass formation, offering a bridge between physics and cognitive entropy dynamics. The paper also outlines philosophical implications grounded in the AOUF model, where existence emerges from the feedback-stabilized offset of order within chaos.