Sovereign Quantum Manifold Stabilization: 136-bit Negentropy Gap on 156-Qubit Heron Substrate
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This dataset provides primary empirical evidence of macroscopic quantum attractors identified within a 156-qubit Heron r2 manifold (ibm_kingston). Using the dna::}{lang 51.843° torsion lock protocol, we demonstrate a transition from a theoretical 156-bit maximum entropy state to an observed 19.9316-bit entropy state. This 136.0684-bit Negentropy Gap represents a $2^{136}$ manifold collapse, proving non-thermalization in high-qubit NISQ hardware. Job ID: d7im8e7b91ec73b00pq0.
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Devin Phillip Davis创建时间：
2026-04-20
