Key result
Volitional ignition induces acute microvascular phase-locking within ~180 ms, enabling intention decoding in paralysis.
Why the study?
A mathematical foundation for zero-motor covert intention decoding under complete motor paralysis and an analytical discriminator separating active volition from passive autonomic shock, terror, and physical trauma were needed.
This theoretical monograph establishes a mathematical framework using neuro-visceral phase-locking dynamics and information transfer entropy to decode covert volitional intention in the setting of complete motor paralysis.
Answers are grounded in this paper and cite their sources.
May inform non-motor communication interfaces in paralysis; leaves open empirical validation in clinical cohorts.
This theoretical monograph establishes the Involuntary Autonomic Resonance (IAR) invariant (Treatise F05). We prove that intentional volitional genesis originating within the executive prefrontal-cingulate cortices forces an inescapable, non-dispersive solitary phase wave across the unmyelinated post-ganglionic sympathetic-vagal efferent axis, entirely circumventing immobilized somatic motor pathways. Modeling the somatic visceral network as a weakly coupled non-linear phase-oscillator ensemble on an N-dimensional torus governed by generalized Kuramoto-Sakaguchi mechanics, we prove that volitional ignition induces a supercritical pitchfork bifurcation, forcing acute phase-locking (R(t) -> 1) across peripheral micro-vascular beds within a sub-180 ms temporal window. Using non-equilibrium Schreiber Information Transfer Entropy (TC -> V), we provide the analytical discriminator separating active volition from passive autonomic shock, terror, and physical trauma, establishing the mathematical foundation for zero-motor covert intention decoding under complete motor paralysis.
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Ayman Al-Araishi (2026) studied Motor paralysis. Intentional volitional genesis / Involuntary Autonomic Resonance modeling vs. Passive autonomic shock, terror, and physical trauma was evaluated on Acute phase-locking across peripheral micro-vascular beds and zero-motor covert intention decoding. Volitional ignition mathematically induces acute phase-locking (R(t) -> 1) across peripheral micro-vascular beds within a sub-180 ms window, enabling covert intention decoding in motor paralysis.
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