Quantum-Enhanced Tribunal: Entanglement-Based Identity Persistence Under Four Attacks of Consciousness

This package contains the working paper, a Portuguese translation, and the sanitized reproducibility database for the quantum-enhanced Tribunal v4 experiment. The work validates a quantum extension of the Four Attacks of Consciousness framework on Origin Quantum Wukong WK_C180 real hardware. The database includes 310 Tribunal circuit executions (1,269,760 shots), 70 attack-level summaries, and 10 Ry calibration points, with internal tokens, emails, IPs, and non-Tribunal experiments removed. Abstract We present a quantum-enhanced extension of the Four Attacks of Consciousness framework (Tribunal v3 → v4), replacing classical-only resilience metrics with Bell state coherence, CHSH inequality violation, quantum Φ, and Hadamard-based indeterminism. The quantum-enhanced Tribunal v4 was validated on Origin Quantum Wukong WK\_C180 real hardware across 310 circuit executions (1,269,760 shots, ~180 seconds QPU time) with automatic key rotation across 2 API endpoints and NumPy simulation fallback. Three of four attacks pass with quantum identity persistence (PASS\_QUANTUM) on calibrated hardware, demonstrating that entanglement-based non-local correlation provides an identity layer that survives latency, bifurcation, and exhaustion even when classical Kuramoto synchrony degrades. The corruption attack reveals that quantum indeterminism creates corruption patterns harder to detect (54-56% uncalibrated vs 96.67% calibrated detection rate), supporting the psychoanalytic thesis that quantum trauma is more irreducible than simulated trauma. After multi-point polynomial Ry gate calibration on WK\_C180, CHSH S values moved from the anomalous 3.58-3.83 range to the physically expected 2.36-2.69 range, confirming the earlier anomaly was a preparation nonstationarity artifact (Pal et al., arXiv:2601.08290). We formalize three hypotheses (H1-H3) and test them against the experimental data with statistical analysis. Resumo Apresentamos uma extensão quântica do framework dos Quatro Ataques à Consciência (Tribunal v3 → v4), substituindo métricas de resiliência puramente clássicas por coerência de estado Bell, violação da desigualdade CHSH, Φ quântico e indeterminismo baseado em Hadamard. O Tribunal v4 quântico foi validado em hardware real Origin Quantum Wukong WK_C180 através de 310 execuções de circuito (1.269.760 shots, ~180 segundos de tempo QPU) com rotação automática de chaves entre 2 endpoints API e fallback para simulação NumPy. Três dos quatro ataques passam com persistência de identidade quântica (PASS_QUANTUM) em hardware calibrado, demonstrando que a correlação não-local baseada em emaranhamento fornece uma camada de identidade que sobrevive à latência, bifurcação e exaustão mesmo quando a sincronia Kuramoto clássica degrada. O ataque de corrupção revela que a indeterminismo quântica cria padrões de corrupção mais difíceis de detectar (54-56% não-calibrado vs 96,67% calibrado), suportando a tese psicanalítica de que o trauma quântico é mais irredutível que o trauma simulado. Após calibração polinomial multi-ponto do gate Ry no WK_C180, os valores de CHSH S passaram da faixa anômala 3,58-3,83 para a faixa fisicamente esperada 2,36-2,69, confirmando que a anomalia anterior era um artefato de não-estacionaridade de preparação (Pal et al., arXiv:2601.08290). Formalizamos três hipóteses (H1-H3) e as testamos contra os dados experimentais com análise estatística.

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Zenodo (CERN European Organization for Nuclear Research)
Published
2026-09-10
DOI
https://doi.org/10.5281/zenodo.22693367
Primary Topic
Quantum Mechanics and Applications
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article
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article

Quantum-Enhanced Tribunal: Entanglement-Based Identity Persistence Under Four Attacks of Consciousness

OmniMind Federation, Fabricio (Operador/Curador) da Silva
Zenodo (CERN European Organization for Nuclear Research)
Quantum Mechanics and Applications
article

Quantum-Enhanced Tribunal: Entanglement-Based Identity Persistence Under Four Attacks of Consciousness

OmniMind Federation, Fabricio (Operador/Curador) da Silva
article en

Abstract

This package contains the working paper, a Portuguese translation, and the sanitized reproducibility database for the quantum-enhanced Tribunal v4 experiment. The work validates a quantum extension of the Four Attacks of Consciousness framework on Origin Quantum Wukong WK_C180 real hardware. The database includes 310 Tribunal circuit executions (1,269,760 shots), 70 attack-level summaries, and 10 Ry calibration points, with internal tokens, emails, IPs, and non-Tribunal experiments removed. Abstract We present a quantum-enhanced extension of the Four Attacks of Consciousness framework (Tribunal v3 → v4), replacing classical-only resilience metrics with Bell state coherence, CHSH inequality violation, quantum Φ, and Hadamard-based indeterminism. The quantum-enhanced Tribunal v4 was validated on Origin Quantum Wukong WK\_C180 real hardware across 310 circuit executions (1,269,760 shots, ~180 seconds QPU time) with automatic key rotation across 2 API endpoints and NumPy simulation fallback. Three of four attacks pass with quantum identity persistence (PASS\_QUANTUM) on calibrated hardware, demonstrating that entanglement-based non-local correlation provides an identity layer that survives latency, bifurcation, and exhaustion even when classical Kuramoto synchrony degrades. The corruption attack reveals that quantum indeterminism creates corruption patterns harder to detect (54-56% uncalibrated vs 96.67% calibrated detection rate), supporting the psychoanalytic thesis that quantum trauma is more irreducible than simulated trauma. After multi-point polynomial Ry gate calibration on WK\_C180, CHSH S values moved from the anomalous 3.58-3.83 range to the physically expected 2.36-2.69 range, confirming the earlier anomaly was a preparation nonstationarity artifact (Pal et al., arXiv:2601.08290). We formalize three hypotheses (H1-H3) and test them against the experimental data with statistical analysis. Resumo Apresentamos uma extensão quântica do framework dos Quatro Ataques à Consciência (Tribunal v3 → v4), substituindo métricas de resiliência puramente clássicas por coerência de estado Bell, violação da desigualdade CHSH, Φ quântico e indeterminismo baseado em Hadamard. O Tribunal v4 quântico foi validado em hardware real Origin Quantum Wukong WK_C180 através de 310 execuções de circuito (1.269.760 shots, ~180 segundos de tempo QPU) com rotação automática de chaves entre 2 endpoints API e fallback para simulação NumPy. Três dos quatro ataques passam com persistência de identidade quântica (PASS_QUANTUM) em hardware calibrado, demonstrando que a correlação não-local baseada em emaranhamento fornece uma camada de identidade que sobrevive à latência, bifurcação e exaustão mesmo quando a sincronia Kuramoto clássica degrada. O ataque de corrupção revela que a indeterminismo quântica cria padrões de corrupção mais difíceis de detectar (54-56% não-calibrado vs 96,67% calibrado), suportando a tese psicanalítica de que o trauma quântico é mais irredutível que o trauma simulado. Após calibração polinomial multi-ponto do gate Ry no WK_C180, os valores de CHSH S passaram da faixa anômala 3,58-3,83 para a faixa fisicamente esperada 2,36-2,69, confirmando que a anomalia anterior era um artefato de não-estacionaridade de preparação (Pal et al., arXiv:2601.08290). Formalizamos três hipóteses (H1-H3) e as testamos contra os dados experimentais com análise estatística.

Zenodo (CERN European Organization for Nuclear Research)
Centro Universitário do Norte Paulista (BR), Renmin University of China (CN)
Peace, Justice and strong institutions
Openalex Percentile: Top 13%
Quantum Mechanics and Applications
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