A Dynamic-Circuit QPU Toy Model for Self- Referential Language-State Dynamics :Toward Quantum-Consciousness LLM Self-Reference Cores

A reproducible QPU toy-model package for self-referential language-state dynamics This archive contains the reproducibility package for a dynamic-circuit QPU toy model that explores how a minimal “self-referential language-state” loop can be built from small, testable quantum-circuit components. The project does not claim natural-language understanding, consciousness, quantum advantage, contextuality, or nonclassical computation. Instead, it focuses on a narrower and cleaner question: Can an abstract language-state toy chain be implemented on real QPU hardware, where a measured interpretation residue is recorded, fed forward, and used to condition a later interpretation? The package includes five QPU experiment families: Symbolic sense-slot selectionTests whether an abstract ambiguous symbol can be routed into different output trajectories under different context conditions. Self-reference operator setTests toy versions of COMMIT, DOUBT, RECALL, REVISE, and RESET operations on an internal self-state register. Residue memory loopTests whether a previous measured residue can condition the interpretation of a later ambiguous symbol. Four-step dynamic self-interpretation cellImplements a measurement-mediated feedback loop inside a single dynamic circuit:measure → output record → classical feedforward → next internal state. Within-step phase-interference witnessTests whether the H–CZ–H interpretation primitive used in the memory and dynamic-cell components is phase-sensitive.The witness shows that H–CZ–H separates trajectories, Z insertion inverts them, and removing the final Hadamard erases the context-dependent readout. All experiments were run on IBM Quantum hardware with frozen raw counts, retrieval records, SHA manifests, analysis scripts, and reported analysis outputs. The key result is deliberately modest but reproducible: The inter-step recurrence is measurement-mediated classical feedforward, while the residue-conditioned within-step interpretation primitive is phase-sensitive. The circuits remain Clifford/stabilizer-simulable and do not demonstrate quantum advantage or consciousness. This archive is intended for transparency and reproducibility. It includes raw QPU counts, analysis scripts, evidence files, manuscript draft, figures, and SHA-256 manifests so that the reported metrics can be independently checked.