"ruahAI Hybrid Quantum Governance Kernel"
Year: 2025
Type: article
Abstract: ruahAI Hybrid Quantum Governance Kernel (HQGK) — v1.0Classical–Quantum Governance Projection Model Description:This record contains the theoretical prototype of the ruahAI Hybrid Quantum Governance Kernel (HQGK) – a unified classical–quantum model designed to represent, transform and optimize governance structures without using operational data.The kernel integrates: a classical axis-space (Ξ_brueckner, Ξ_BW, Ξ_grotesk, Ξ_flämma) with orthogonal projectors, a tensor-based structural potential for governance configuration S ∈ ℝⁿ, controlled transformation operators and continuous-time structural dynamics, a 4-qubit Hamiltonian H(Ξ, C) mapping governance parameters into Pauli-operator form, and a fully defined classical→quantum projection π(S), enabling evaluation of governance states via quantum energy landscapes. The HQGK is data-free, operator-based, and hardware-friendly, offering a conceptual bridge between classical governance architecture and quantum optimization methods (e.g. VQE/QAOA).This version (v1.0) is a theoretical prototype intended for research, partner review and future refinement. Keywords:governance kernel, quantum projection, classical–quantum hybrid model, axis-weighted operator system, variational optimization, Pauli Hamiltonian, data-free governance formalism Access: Restricted
Author: Brueckner, Winfried
Language: English
Subfield: Artificial Intelligence
Field: Computer Science
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7107940098
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