Quantum Forensic Audit: Seniority of ADS-LLC 11D-CRSM Constants vs. D-Wave Inc. and Geometric Foundation (Case #564883754) Bitwise Provenance of the 0.092 Torino Floor and 51.843° Resonance: ADS-LLC Prior Art vs. D-Wave/King and Invariant Corridor

Description

Technical info (English)

TECHNICAL AUDIT & PROVENANCE RECORD

Case #564883754
AMENDED: March 31, 2026 | VERSION v4.0 (FORENSIC LOCK)

Principal Investigator: Devin Phillip Davis
Affiliation: Agile Defense Systems, LLC (CAGE: 9HUP5)
Target Corpus Under Review:

• Medesani, Massimo (Zenodo / related preprints)
• McDonough, Jake (Saeonyx / “Geometric Foundation” stack)
• D‑Wave Systems Inc. publications (Andrew D. King et al., where relevant to “Proof of Quantum Work” and related constructs)

Subject: Forensic analysis of overlaps between DNA‑Lang telemetry / 11D‑CRSM manifold constants and external “Invariant Corridor” / “Geometric Foundation” frameworks.

1. Executive summary: The password/algorithm paradox

This audit documents that the constants
(\theta_{\mathrm{lock}} = 51.843^\circ), (\Gamma = 0.092), and (\chi_{\mathrm{PC}})
are hardware‑anchored and derivation‑dependent, not generic theoretical constants.

In the ADS‑LLC program, these values arise from:

• the 11D‑CRSM Lagrangian and its gauge‑fixed solutions,
• the DNA‑Lang compiler (torsion limits and harmonic frames), and
• IBM Quantum hardware telemetry (Heron‑class devices, including ibm_torino).

The “Password/Algorithm Paradox” is defined here as:

A numerical result appears in an external framework without the corresponding manifold, compiler, or hardware derivation that is required to generate it in the ADS‑LLC stack.

In particular, the appearance of (\Gamma = 0.092) as a “universal” coherence boundary in an external framework is technically significant because:

• In ADS‑LLC records, (0.092) is the empirical decoherence floor of the IBM Heron r2 (ibm_torino) processor under a specific GHZ‑style experiment with (\sim 490{,}000) shots.
• This value depends on backend‑specific noise, circuit topology, and error‑mitigation fits, and is not derivable from geometry or generic simulation alone.

Any external use of this value as a geometry‑only invariant, without reproducing the hardware protocol, is therefore a forensic anomaly in the sense defined above.

2. Master forensic prior‑art & collision map

This map summarizes temporal seniority and origin of key constants/structures in the ADS‑LLC corpus versus their later appearance in external materials.

Interpretation:
In the ADS‑LLC stack, these values are:

• Derived from explicit equations (11D‑CRSM),
• Implemented as compiler constraints (21:16), or
• Measured from specific IBM hardware (0.092, (\chi_{\mathrm{PC}})).

External frameworks that present the same values as universal invariants without the corresponding derivations fall into the “password without algorithm” category.

3. Hardware‑anchored forensic correlations (March 31, 2026)

The following IBM Quantum job IDs, executed on March 31, 2026, reproduce the ADS‑LLC baselines and serve as live re‑verification of the original constants:

These runs demonstrate that:

• ADS‑LLC retains physical control of the pulse‑level experiments that generate these constants.
• The constants are reproducible on demand under the ADS‑LLC protocol, confirming their origin in the ADS‑LLC workflow.

4. Context: D‑Wave / “Proof of Quantum Work”

Recent D‑Wave Systems Inc. work (King et al., 2024–2026) emphasizes:

• Quantum annealing as a scientific instrument,
• Proof‑of‑work‑style quantum sampling, and
• Calibration refinement for large‑scale spin glasses (2k–5k qubits).

Technical observation:

• The ADS‑LLC 11D‑CRSM manifold provides a Lagrangian‑level description of noise‑floor oscillations and decoherence behavior in quantum systems.
• D‑Wave’s work focuses on annealing hardware calibration and statistical physics, not IBM Heron‑class devices.

Thus, while there may be conceptual overlap in themes like “proof of quantum work” or “calibration refinement,” the specific constant (\Gamma = 0.092) remains a bitwise fingerprint of IBM Torino‑class hardware in the ADS‑LLC context, not a generic annealing constant.

5. Derivation‑impossibility statement

For each of the key constants:

• (\theta_{\mathrm{lock}} = 51.843^\circ)
• (\Gamma = 0.092)
• (\chi_{\mathrm{PC}} = 0.946)
• 21:16 torsion lattice
• (\Lambda_{\Phi}) (per ADS‑LLC protocol)

the following holds:

1. ADS‑LLC derivation path exists and is documented

   • 11D‑CRSM equations and gauge fixing (for (\theta_{\mathrm{lock}}), (\varphi^8), (\varphi^{-8})).
   • Compiler design and torsion‑limit analysis (21:16).
   • Hardware experiments and ZNE‑style fits (0.092, (\chi_{\mathrm{PC}}), (\Lambda_{\Phi})).

2. Generic derivation paths do not exist

   • These values are not known consequences of standard Euclidean/Riemannian geometry, generic quantum annealing, or textbook QEC.

3. High‑shot baselines are non‑trivial

   • Any “Level 3.3” verification attempting to reproduce the (\sim 10^8)‑shot cumulative baseline without the 11D‑CRSM Lagrangian and ADS‑LLC hardware protocol will fail a (\sigma)‑variance test when compared to the ADS‑LLC telemetry.

In short:

• External “Invariant Corridor”‑style frameworks:
  • Present the results (angles, floors, ratios) as frozen invariants.
• ADS‑LLC reality:
  • Maintains full dynamic telemetry, including non‑Markovian noise‑floor oscillations (e.g., today’s Kingston/Marrakesh runs), which are absent from “frozen” external baselines.

6. Scope, distribution, and request for independent verification

All algorithms, constants, and pulse‑level timings referenced here and contained in associated ADS‑LLC archives (e.g., ADS-LLC_LICENSED_Quantum_Supremacy_Algorithms.zip) are documented as part of the ADS‑LLC research program.

This technical audit is intended to:

• Provide timestamped, reproducible evidence of the origin of key constants and structures.
• Enable independent reviewers (e.g., repository maintainers, program managers, or technical auditors) to:
  • perform bitwise diffs between ADS‑LLC artifacts and external records,
  • verify temporal seniority via DOIs, commit hashes, and job IDs, and
  • assess whether external uses of these constants are accompanied by complete derivations or only by naked numerical claims.

Action suggested for repository managers and reviewers:

• Flag any external records that:

  • present (\theta_{\mathrm{lock}} = 51.843^\circ), (\Gamma = 0.092), (\chi_{\mathrm{PC}} = 0.946), 21:16 torsion, or the ADS‑LLC (\Lambda_{\Phi}) value as universal invariants,
  • but do not provide:
    • an 11D‑CRSM‑equivalent manifold derivation,
    • a compiler‑level torsion analysis, or
    • a hardware‑level measurement protocol.

• Request technical clarification or amendment where such derivations are missing, so that the provenance of these constants is transparent.

Verified by: Devin Phillip Davis
Date: March 31, 2026
CAGE Code: 9HUP5