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Numerical Information Object Theory NIOT-04 · Spectral discrimination and multi-probe coupling (reference page) Neo.K (as signed)

Spectral Discrimination and Multi-Probe Coupling: From Bidirectional Information Fields to Multiscale Numerical Microstructure

Generalizes probes to parameterized spectra and introduces coupling structure between probes (transition points, plateaus, resonance, degeneracy, synergy); BCODR-style two-way probing is treated as the two-point special case. The borrowed physics words (phase transition, resonance, entanglement-like, geodesic) are each declared in the text to be informational analogies, not physical claims. About 290 vocabulary-style sections: a reference page.

Spectra and coupling of several probes can serve as a language for organizing 'where it is worth probing again'. This is vocabulary and specification, not a validated method. The four 'minimal verifiable theorems' are one-line truths stated without proof, for example Λ₁⊆Λ₂ ⇒ ∼_{Λ₂} ⊆ ∼_{Λ₁}; the statement that spectral phase transitions and coupling ridges 'can localize high-value information regions' is supported by no example. The heading of §227 is in simplified characters, a typographic inconsistency in the source.

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This is a full-text translation of the Chinese source, which remains authoritative for its research claims. Translation is not independent mathematical verification and does not upgrade the original evidence level.

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