Directional Blame: Externalization, Internalization, and the Ethics of Phase-Stress Redirection

Directional Blame: Externalization, Internalization, and the Ethics of Phase-Stress Redirectionis part of the IPCSALT–UPF theoretical research program, which models psychological, social, and cognitive dynamics through phase-based structural geometry. This paper reframes blame not as a primarily moral, emotional, or political phenomenon, but as a Directional Blame Operator (DBO)—a vectorized mechanism that redirects accumulated Phase Stress (Ψ) toward a Minimal Resistance Object (MRO) when restorative capacity is insufficient. Rather than resolving structural instability, blame substitutes repair with narrative coherence, stabilizing the observer surface (Φ_obs) while eroding recoverability on the experiencer surface (Φ_exp). Using a Two-Surface framework and the Minimal Measurement Set (MMS), the paper demonstrates how both external scapegoating and internal self-blame share the same structural geometry despite radically different ethical consequences. In both cases, blame concentrates Ψ, reduces path diversity (BPR), narrows intervention windows (IW), accelerates Φ_Dark accumulation, and weakens the Right to Return (RtR). The paper further distinguishes between harmful blame and therapeutic externalization, showing that only the latter supports recoverability by dissipating Ψ without fixing identity. A third configuration—fragmented blame in dissociative states—is introduced, where blame circulates across multiple self-states due to collapsed cross-state coherence (Φ_cross), aligning with the dissociation framework developed in Paper 25. Ethically, the paper analyzes the tension between short-term survival and long-term structural integrity. While blame can function as an emergency stabilizer in crisis situations, repeated reliance on blame-based coherence seeds hysteresis, making recovery increasingly expensive. The paper argues that the core ethical issue is not whether blame appears, but whether it replaces structural repair. Finally, Paper 46 is positioned as the last clearly reversible threshold in the condensation pipeline preceding rationalization (Paper 47), habit formation (Paper 48), and hysteresis lock-in (Paper 49). Beyond this point, exit costs rise asymmetrically and structural recoverability collapses. The central conclusion is simple:Blame is not the enemy. Structural blindness is.Sustainable recovery requires restoring path diversity, dissipating Phase Stress, and preserving the Right to Return—before condensation becomes irreversible.