Abstract

Meaning formation changes under cognitive and emotional load. This paper presents a structural account of how gradients, thresholds, and stabilization dynamics behave when a cognitive system is under pressure. Under load, signals intensify, thresholds rise, symbolic translation becomes distorted, and coherence becomes harder to reach. These shifts produce characteristic failure modes: premature stabilization, narrative distortion, overcompression, and collapse into noise. The paper analyzes these dynamics across domains—affect, attention, symbolic processing, and perceptual closure—and shows that meaning under load follows the same formation sequence as meaning in baseline conditions, but with altered thresholds and redistribution patterns. Meaning formation is treated here as a downstream, domain‑agnostic process governed by Objects 1–3; relational and multi‑system effects are addressed elsewhere in the architecture. This model provides a structural foundation for understanding misinterpretation, overwhelm, and coherence failure as predictable outcomes of load dynamics rather than psychological or semantic anomalies.