Autoimmunity as a Failure of Systemic Coherence. A Multilevel Recursive Coherence (MRC) Framework Perspective

Molecular models of autoimmunity face a paradox: structurally normal tissues carrying correct autoantigens are attacked without any apparent ``molecular error''. These models explain what is recognized but systematically fail to account for when and where autoimmune attacks are triggered. Here it is hypothesized that reliable immune recognition emerges from a process of Multilevel Recursive Coherence (MRC) applied to autoimmunity, in which correct molecular signals must be coherently validated (authenticated) across cellular, tissue, and systemic levels. Autoimmunity is proposed to represent a breakdown of this recursive authentication: appropriate antigenic signals arise within altered higher-level contexts---oscillatory desynchronization, anomalous mechanical properties, metabolic decoupling---that generate contextual signatures the immune system interprets as threat. Ten falsifiable experimental predictions are derived that link loss of multilevel coherence to autoimmune activity. Electromagnetic fields at frequencies resonant with cellular dimensions (30--300 THz) are suggested as a physical mechanism for interscalar communication. This framework connects naturally with recent theoretical work. The Underlying Properties Hypothesis provides an ontological foundation: universal organizational principles persist and re-express across levels of complexity, from quantum fields to biological systems. Gradient Indeterminacy offers a physical basis: fundamental constraints on gradients over finite regions may explain why tissues possess tolerance margins that, when exceeded, trigger phase-transition-like autoimmune events. A latter article will present the biophysical foundations of the MRC framework. This theoretical framework reinterprets existing therapies and outlines therapeutic avenues aimed at restoring systemic synchronization instead of merely suppressing isolated molecular symptoms. Patient/Advocacy Summary (In earlier publications this framework was designated Multilevel Recursive Authentication (MRA). The renaming reflects the conceptual evolution from authentication as mechanism to coherence as the underlying principle). Autoimmune diseases are usually explained as a problem of “wrong molecular targets”, but this does not tell us why structurally normal tissues are suddenly attacked after years of tolerance. This work proposes a new framework, Multilevel Recursive Coherence (MRC), where the immune system behaves like a security architecture that continuously cross‑checks molecular signals against higher‑level tissue “signatures” of electrical, mechanical and metabolic coherence. Autoimmunity is then understood as a breakdown of systemic trust: correct molecules appearing in desynchronized tissue contexts that the immune system correctly reads as danger. The framework is speculative but grounded in suggestive evidence from several fields: studies of how cells follow electrical gradients (galvanotaxis), how gap junctions synchronize tissues, how matrix stiffness and circadian rhythms modulate inflammation, and how structured exercise can alter autoimmune activity all fit naturally within the MRC picture, even though none of them were originally designed to test it. MRC turns these scattered findings into ten concrete, falsifiable predictions and suggests that restoring multilevel coherence (through rhythms, bioelectric and mechanical environments, and systemic lifestyle interventions) could complement, not replace, current immunosuppressive therapies. This is not a clinical recommendation, but an invitation to design rigorous experiments that may confirm, refine, or refute the framework.