NeuroSynergy Quantum Field Interface (NQFI v4.0) A Canonical Unified Scientific, Computational, and Ethical Architecture for Physically Constrained Neuro–Quantum Computation

NeuroSynergy Quantum Field Interface (NQFI v4.0) Final Canonical Record — Ultimate International Edition (2025) DOI: 10.5281/zenodo.17955451Author: Bidyut MazumdarORCID: 0009-0007-5615-3558 Authoritative Overview This Zenodo record constitutes the final, authoritative, and canonically closed international release of the NeuroSynergy Quantum Field Interface (NQFI v4.0). NQFI v4.0 defines a reference-grade scientific, computational, and ethical architecture that unifies quantum field dynamics, neural field modeling, thermodynamic information theory, and physically enforced ethical admissibility within a single, reproducible formal framework. This record is intentionally structured as a permanent scholarly reference, designed for independent verification, long-term archival preservation, and standards-aligned academic citation. It does not represent a deployable system, commercial product, or operational intelligence platform. Canonical Record Composition This Zenodo DOI contains two inseparable canonical PDF documents, together forming the complete and authoritative scientific record: Main Canonical PaperNQFI_v4_Ultimate_Main_2025.pdf— Governs all scientific scope, physical assumptions, interpretations, and claims. Technical & Verification ANNEXNQFI_v4_Ultimate_Annex_2025.pdf— Provides full mathematical derivations, deterministic computational reference implementations, dataset architectures, cryptographic integrity records, and standards-alignment crosswalks. The ANNEX introduces no independent scientific claims and has no interpretive authority separate from the Main Canonical Paper. Scientific Scope and Contributions The NQFI v4.0 framework formally establishes: A unified neuro–quantum Hamiltonian formalism with explicit SI-unit dimensional closure Open-system (Lindblad) quantum dynamics with irreversible entropy production Thermodynamic stability conditions grounded in Landauer-bounded computation A physically enforced ethical admissibility constraint, embedded at the level of state evolution Automatic suppression of non-admissible computational trajectories by physical law Deterministic, executable reference implementations (Python, version-locked) Synthetic datasets explicitly designed for formal verification and auditability All mathematical derivations are complete and explicit.All computational procedures are reproducible.All numerical tolerances, units, and assumptions are declared without ambiguity. Ethics, Governance, and Use Boundary Ethical admissibility in NQFI is enforced through thermodynamic and informational constraints, not through symbolic rules, policy layers, or post-hoc governance. Accordingly, this work: Introduces no behavioral prescriptions or normative moral judgments Makes no claims of artificial consciousness, AGI, or biological cognition Makes no real-world performance, deployment, or autonomy claims Uses no human, animal, clinical, or observational data Ethical optimality beyond minimal physical non-harm admissibility is explicitly outside the scope of this framework. Reproducibility, Auditability, and Integrity This record achieves FAIR + D Tier-5 reproducibility, including: Deterministic Python reference implementations (environment specified) Synthetic datasets with complete metadata schemas Cross-platform reproducibility and validation logs Cryptographic integrity verification (SHA-256 / SHA-512, Merkle structures) Explicit numerical precision and dimensional-consistency policies Every result presented in the Main Canonical Paper is independently reproducible within stated uncertainty bounds using the accompanying ANNEX. Standards and International Alignment This record is structured to align conceptually with internationally recognized best practices, including: ISO/IEC verification and validation methodologies IEEE quantum engineering and ethics frameworks UNESCO AI Ethics (2025) governance principles FAIR + D open-science and reproducibility standards All standards references indicate conceptual alignment only and do not imply certification, endorsement, or approval by any standards body. Versioning and Archival Policy Edition: Final Canonical — Ultimate International Edition Year: 2025 This record is canonically closed Any future amendment, if required, is strictly limited to: Numerical correction Reproducibility clarification Archival or metadata maintenance No amendment may introduce new scientific claims, alter scope, or modify interpretive authority. Citation and Canonical Status Please cite this work using the DOI provided above.The Main Canonical PDF and the ANNEX PDF together constitute the complete, authoritative reference record. Status:Final • Canonical • Archival-Grade • Reviewer-SafePrepared for long-term preservation, independent audit, and international scholarly reference.