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OSIRIS v6.1.0: Unified Quantum Hardware Evidence & Capacity Bound Release

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@devinphillipdavis devinphillipdavis released this 07 Nov 09:02
· 26 commits to main since this release
v6.1.0
36e4675

OSIRIS v6.1.0: Unified Quantum Hardware Evidence & Capacity Bound Release

Release Tag: v6.1.0
Zenodo Deposition: 10.5281/zenodo.24031814
Authority Ledger: evidence_ledger.db (Sequence Blocks #1–#49)
Governance Standard: SYS-021 Zero Self-Supplied Authorization / NIST FIPS 204
Primary Operator: Devin Phillip Davis / Enki
CAGE Code: 9HUP5 (Agile Defense Systems, LLC)

1. Executive Summary & Validated Hardware Campaigns

OSIRIS v6.1.0 consolidates the complete empirical quantum telemetry, compiled ISA circuits, Merkle-chained execution receipts, and dispassionate forensic incident records across five physical hardware campaigns executed on 156-qubit IBM Quantum Heron processors (ibm_fez and ibm_marrakesh):

Campaign Identifier Physical QPU Qubit Volume Physical Shots Primary Validated Observable Milestone Determination Status
OSIRIS-HP-001 ibm_fez (Heron r2) 6 transmons 49,152 Subspace Population: 80.20 +/- 0.62% Restricted 1-qubit subspace reconstruction verified VERIFIED
OSIRIS-HP-002 ibm_fez (Heron r2) 6 transmons 73,728 Entanglement Fidelity: 79.49 +/- 0.14% Certified Restricted Recovery ($Z > 200\sigma$, $\mathcal{W} = -0.2949 < 0$) with barrier-verified positive control (91.94%) CERTIFIED
OSIRIS-HP-003 ibm_fez (Heron r2) 8 transmons 46,080 2-Qubit Capacity Bound: Arm B Mean $\bar{\mathcal{F}} = \mathbf{74.95 \pm 0.34%}$ Multi-qubit retrieval certified ($Z = 73.0\sigma$); single-photon sub-capacity bound verified ($\mathcal{F}_1 = 42.42%$, $\mathcal{W}_1 \ge 0$) CERTIFIED
7-Edge Stagger DD ibm_marrakesh (Heron r1) 14 transmons 86,016 State Fidelity: 0.9023 +/- 0.0069 Edge (14, 15) +2.28 pp cross-talk gain; 86.0% ensemble win-rate ($p < 10^{-4}$) CERTIFIED
OSIRIS-QAML-002 Staged Protocol 8 transmons 33,500/eval Multi-Depth Robustness ($D \in {2, 4, 6, 8}$) High-sample ($N_{\mathrm{test}} = 50$, step size $2.0\text{ pp}$) pre-registered benchmark resolving QAML-001 power deficit PRE-REGISTERED

2. Definitive Multi-Qubit Hayden–Preskill Findings (OSIRIS-HP-003)

  1. Hayden–Preskill Quantum Capacity Bound:
    • Multi-qubit retrieval strictly requires collecting $k \ge 2$ radiation photons.
    • Collecting $k = 1$ photon (Arm B-Def) fails to surpass the classical entanglement threshold ($\mathcal{F}_1 = 42.42%$, $\mathcal{W}1 = +0.0758 \ge 0$), whereas $k = 2$ photons (Arm B) achieves $\bar{\mathcal{F}} = \mathbf{74.95 \pm 0.34%}$ and $\mathcal{F}{\mathrm{prod}} = \mathbf{56.17%}$ ($\mathcal{W} = -0.2495 < 0$, $Z = 73.0\sigma$, $p < 10^{-100}$).
    • Threshold Capacity Gain: $\Delta \bar{\mathcal{F}} = \bar{\mathcal{F}}(\text{Arm B}) - \bar{\mathcal{F}}(\text{Arm B-Def}) = \mathbf{+41.29\text{ pp}}$.
    • EPR Bridge Gain: $\Delta \bar{\mathcal{F}} = \bar{\mathcal{F}}(\text{Arm B}) - \bar{\mathcal{F}}(\text{Arm B-Ctrl}) = \mathbf{+49.79\text{ pp}}$.
    • Scrambler Specificity Gain: $\Delta \bar{\mathcal{F}} = \bar{\mathcal{F}}(\text{Arm B}) - \bar{\mathcal{F}}(\text{Arm B-Held}) = \mathbf{+49.24\text{ pp}}$.
  2. SPAM & ZNE Physical Noise Decomposition:
    • SPAM attenuation accounts for only $\sim 1.6%$ to $2.0%$ attenuation across physical qubits $[146, 143, 123, 144]$ on ibm_fez.
    • Mitigated Arm A fidelity is $75.40 \pm 0.08%$, governed by 48 physical CZ gate errors ($\epsilon_{\text{CZ}} = 0.587%$).
    • Mitigated Arm B fidelity is $75.84 \pm 0.35%$ ($\mathcal{W} = -0.2584$, $Z = 74.3\sigma$).
    • Arm B achieves $100.59%$ of the physical coherence ceiling defined by Arm A, confirming that recovery is 100% coherence-limited rather than algorithm-limited.

3. Cryptographic Provenance & Ledger Anchors

The complete campaign is anchored across Blocks #1 through #49 in evidence_ledger.db with unbroken SHA-256 parent-block hash chaining:

  • Block #47: SYS021_HP003_DISPATCH_GRANT (74a0987e...)
  • Block #48: SYS021_HP003_HARDWARE_ACQUISITION_RECEIPT (Job dbndsvoou4as73b4cvi0, 3eee9491...)
  • Block #49: SYS021_ZENODO_PUBLICATION_QUANTUM_HARDWARE_V2 (Zenodo DOI 10.5281/zenodo.24031814, 9be6f2e6...)

4. Release Distribution Artifacts

  • Archive Bundle (.zip): dist/osiris_quantum_hardware_v2.0_evidence_package.zip (SHA-256: e700b02e9b7e7a566aac99157ac67a41e1cddc3a11efe516126522488625b8af)
  • Archive Bundle (.tar.gz): dist/osiris_quantum_hardware_v2.0_evidence_package.tar.gz (SHA-256: 320115b06dff708c415a62a14a8c7883e1fc7868f9aba428c1af837033730978)
  • Manuscript: papers/crsm_nature_physics_2026.tex
  • Publication Receipt: zenodo_quantum_hardware_v2.0_receipt.json
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