HealingPrediction
plain-language theorem explainer
The structure for healing coherence transfer prediction encodes a testable claim with defaults of effect size 0.5, distance-independent action, and minimum PLV increase of 0.1. Experimental physicists designing EEG protocols for intention effects would reference it to set measurement criteria. The structure is introduced as a plain record definition without any computational or logical steps.
Claim. A healing coherence transfer prediction consists of an effect size $d = 0.5$, a boolean flag for distance independence set to true, and a minimum phase-locking value increase of $0.1$.
background
The module formalizes testable predictions from the voxel/meaning framework, listing EEG φ-frequencies, mode ratios for consciousness states, and healing via coherence transfer through Θ-coupling. Upstream results include the 8-tick phase defined as $kπ/4$ for $k = 0$ to $7$, the unimodular complex phase $e^{i w}$, and spin values as real numbers from twice the spin label. The module documentation states that all such predictions are hypotheses carrying explicit falsification criteria.
proof idea
The declaration is a structure definition that assigns default values to three fields. No lemmas or tactics are invoked; it functions as a direct record constructor for the prediction parameters.
why it matters
This structure supplies the concrete healing mechanism prediction within the experimental protocols, aligning with the Recognition Science emphasis on coherence transfer. It supports the module's core list of testable claims derived from the eight-tick octave and phi-ladder. With no downstream references, it remains an open hypothesis for empirical validation against the framework's falsification conditions.
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