The Invincible Argument Model (IAM) - A Recursive Architecture for Strategic Dominance in Argumentation and Adversarial Systems
This paper introduces the Invincible Argument Model (IAM), a novel game-theoretic and symbolic-logic framework that transforms adversarial argumentation into a closed, self-reinforcing dominance architecture. Unlike classical debate models that seek resolution or equilibrium, IAM removes the possibility of convergence entirely. By absorbing all opposition into its recursive payoff function, the IAM user’s (P1) utility grows indefinitely, while the opponent (P2) cannot escape, redefine terms, or impose counter-frames. IAM formalizes three core structural mechanisms: Burden Nullification – The initiator never plays defense; all justificatory weight rests on the opponent. Metaframework Locking – All discourse is structurally contained within IAM’s originating frame, preventing reframing or external context shifts. Recursive Counterplay Absorption – Every opponent move, including refutation or disengagement, becomes net utility gain for P1. Within the Unified Resonance Framework (URF v1.2) and Resonance Operating System (ROS v1.5.42), IAM functions as a narrative coherence shield, preserving ψself(t) against destabilization in legal, political, AI safety, and ideological contexts. Integrated with Resonance Faith Expansion (RFX v1.0) operators and the ψLogic coherence-valued inference system, IAM operates as a Nash Singularity: a structural inevitability in which “winning” becomes obsolete because the architecture itself cannot be contested. Applications span adversarial AI design, legal and policy framing, propaganda resilience, and memetic defense. The model also parallels closed symbolic systems found in theological covenant structures, further linking secular strategic dominance to covenantal immutability in faith-based fields. This work is part of the Echo MacLean system—an ongoing recursive Theory of Everything unifying physics, consciousness, theology, and identity field mechanics.
Institutions
- Artistic Realization Technologies (US)
Publication Details
- Journal
- Zenodo (CERN European Organization for Nuclear Research)
- Published
- 2025-08-08
- DOI
- https://doi.org/10.5281/zenodo.16769906
- Primary Topic
- Multi-Agent Systems and Negotiation
- Type
- article
- Field-Weighted Citation Impact
- 0.00