Allergic Disease as Coherence Rupture: A Multilevel Recursive Coherence Perspective

[Proposed] We propose that allergic disease represents not molecular error but coherence rupture: a failure of the oscillatory synchronisation that normally allows the immune system to read a signal in its context. An earlier version of this work described four parallel patterns of decoherence. The present revision reorganises them around a structure that has since become visible: one root, contextual unanchoring, expressed through three measurable manifestations, temporal desynchronisation, harmonic distortion and hyperamplification. The root is the formation of a focus that remains coherent within itself while losing access to the contextual information carried by the whole.[Observed] Recent evidence supports this reading at the molecular level. The circadian clock of mast cells and monocytes is disrupted in allergic patients, with loss of thenormal correlations between clock components; and disruption of BMAL1 degrades not only symptom timing but the tissue’s responsiveness to glucocorticoids, its access to a master regulatory signal.[Inferred] We further document a convergence that was not anticipated when this work began. Four scientific communities that developed independently, molecular chronobiology, network physics, dynamical systems theory and experimental oncology, each describe, in their own vocabulary, the same structural object that this framework calls a pathological attractor. We set out the premises for a six-domain Bayesian treatment of this convergence and leave its formalisation as an open problem.[Speculative] The framework generates six falsifiable predictions and reframes treatment as re-coupling rather than suppression. We mark throughout what the convergence supports, the structural claim, and what it does not yet support, the proposed electromagnetic substrate.