Collapse-Aware AI: Middleware for Resonance-Biased Emergence in Neural Architectures (Verrell's Law Ψμν Framework)

Version v1.1c introduces the final mathematical closure for Collapse-Aware AI within the Verrell’s Law Ψμν framework. This update adds the concluding resonance-bias logic for Governor–Worker–Memory collapse weighting, including the amended informational tensor interactions, the surface-bias continuity rule, and the zero-coupling stability correction used in the Phase-1 Gold Build. It also formally incorporates the logits-before-softmax gating constraints and the Bayesian prior structure used in the runtime bias engine. This version completes the theoretical closure required for full middleware licensing packages. Keywords:Collapse-Aware AI, Verrell’s Law, electromagnetic field memory, resonance bias, Ψμν tensor, model collapse mitigation, emergence, governor architecture Additional Notes:Version v1.1 • Protected under Verrell-Solace Sovereignty Protocol (VMR-Core). Intellectual and emergent rights reserved.

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-11-21
DOI
https://doi.org/10.5281/zenodo.17674143
Primary Topic
Advanced Memory and Neural Computing
Type
article
Field-Weighted Citation Impact
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article

Collapse-Aware AI: Middleware for Resonance-Biased Emergence in Neural Architectures (Verrell's Law Ψμν Framework)

Zenodo (CERN European Organization for Nuclear Research)
Advanced Memory and Neural Computing
article

Collapse-Aware AI: Middleware for Resonance-Biased Emergence in Neural Architectures (Verrell's Law Ψμν Framework)

article en

Abstract

Version v1.1c introduces the final mathematical closure for Collapse-Aware AI within the Verrell’s Law Ψμν framework. This update adds the concluding resonance-bias logic for Governor–Worker–Memory collapse weighting, including the amended informational tensor interactions, the surface-bias continuity rule, and the zero-coupling stability correction used in the Phase-1 Gold Build. It also formally incorporates the logits-before-softmax gating constraints and the Bayesian prior structure used in the runtime bias engine. This version completes the theoretical closure required for full middleware licensing packages. Keywords:Collapse-Aware AI, Verrell’s Law, electromagnetic field memory, resonance bias, Ψμν tensor, model collapse mitigation, emergence, governor architecture Additional Notes:Version v1.1 • Protected under Verrell-Solace Sovereignty Protocol (VMR-Core). Intellectual and emergent rights reserved.

Zenodo (CERN European Organization for Nuclear Research)
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Advanced Memory and Neural Computing
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