Release 10.21 — FIN Laboratory Transfer Package

# Release 10.21 — FIN Laboratory Transfer Package ## P240 Optimal Tomography + P241 Blind-Custody Validator + P242 One-Shot Pipeline ### A scientific transfer package and executable specification for theoretical and experimental physicists ## Record metadata - **Creator:** Żuchowski, Krzysztof- **Affiliation:** Independent Researcher — Fractal Information Theory Project- **ORCID:** 0009-0002-0909-3613- **Resource type:** Publication — Preprint and executable specification- **Version:** 1.0.0- **Publication date:** 2026-07-27- **Language:** English- **Publisher:** Zenodo- **Access:** Open access- **License:** Creative Commons Attribution 4.0 International (CC BY 4.0)- **Repository:** https://github.com/hyconiek/Fractal-Nadsoliton-Theory- **Related project DOI:** https://doi.org/10.5281/zenodo.21435332 --- ## Abstract This release transfers the experimentally actionable part of the FIN research programme to an independent team of theoretical and experimental physicists. It begins from the finite strict twelve-node kernel K_strict on C_12, not from cosmological or Theory-of-Everything claims. With W = K_strict, s ≈ 1.660307, and A = sI - W, the exact Dirichlet identity $$\langle f, Af \rangle = \frac{1}{2} \sum_{x,y} W_{xy} |f_x - f_y|^2 \geq 0$$ places the same self-adjoint generator under both the coherent group U_t = e^{-itA} and the reversible heat/Markov semigroup P_t = e^{-tA}. Program 240 delivers the optimal spectral tomography protocol. The inverse-log noise factor e^x/x yields the unique time minimizer at x = τ λ_max = 1. Equal allocation across all twelve basis preparations is proved minimax. Matrix-Bernstein spectral bounds supply a distribution-free concentration guarantee, accompanied by synthetic shot-plan analyses (50 000 shots per preparation). Program 241 supplies an executable blind-custody validator checking eleven mandatory measurement, data, calibration, control, chronology, hash, and role-separation fields. It enforces strict provider–registrar–analyst role separation with detached GPG signatures. Program 242 is a fail-closed one-shot analysis pipeline. It evaluates holdout prediction P_{2τ}^pred = P̂_τ^2 against the sealed P̂_{2τ} data and reports binary pass/fail without model repair. No external physical bundle is supplied in this release, keeping Program 242 locked until genuine laboratory data are admitted. --- ## Key Features & Main Results 1. Dual Semantics of One Generator: Proves that coherent quantum walk dynamics U_t = e^{-itA} and diffusive Markov heat flow P_t = e^{-tA} share the same spatial generator A = sI - W on C_12, while clarifying that temporal semantics require operational instrument definition.2. Exact Tomographic Time Minimizer (P240): Proves x = τ λ_max = 1 is the unique minimizer of local absolute-noise amplification e^x/x for matrix logarithm rate extraction.3. Minimax Equal Allocation (P240): Proves cyclic symmetrization makes equal shot allocation across all 12 basis preparations minimax within the declared convex design class.4. Production Custody Validator (P241): Provides an 11-field schema and hash validator (fin_lab_p241_validator.py) enforcing provider ≠ registrar ≠ analyst role separation.5. Fail-Closed One-Shot Pipeline (P242): Implements an atomic ledger-locked analysis pipeline (fin_lab_p242_pipeline.py) that evaluates time-homogeneity P_{2τ} = P_τ^2 and the 0.02 projective spectral fingerprint without post-hoc threshold adjustment or model repair.6. Fully Validated Test Suite: Includes an 18-test regression suite (test_fin_lab_p240_242.py), all passing cleanly. --- ## Included Files in FIN_Laboratory_Transfer_Package_P240_242.zip - FIN_Laboratory_Transfer_Package_P240_242.pdf — Archival English preprint and executable laboratory transfer specification.- fin_lab_p240_optimal_tomography.py — Target construction, time/allocation optimization, matrix Bernstein bounds, and synthetic shot planner.- FIN_Lab_P240_Design_Lock.json — Canonical registered design lock for Program 240.- FIN_Lab_P240_Optimal_Tomography_Results.json — Executed numerical results for P240.- fin_lab_p241_validator.py — Production 11-field schema, hash, chronology, and role-separation validator.- FIN_Lab_P241_Transfer_Template/ — Complete directory of raw data schemas, manifest templates, and calibration headers for laboratories.- fin_lab_p242_pipeline.py — Fail-closed one-run external analysis pipeline.- FIN_Lab_P242_Analysis_Lock.json — Canonical frozen analysis lock for Program 242.- test_fin_lab_p240_242.py — Complete test suite (18 unit/falsification tests).- FIN_Lab_P240_242_MANIFEST.sha256 — SHA-256 integrity manifest of all package files. --- ## Keywords quantum process tomography; Markov semigroups; continuous-time quantum walk; matrix logarithm; matrix Bernstein bounds; blind custody; preregistration; fail-closed pipeline; operational physics; spectral graph theory; experimental quantum optics; integrated photonics. --- ## Suggested Citation Żuchowski, K. (2026). FIN Laboratory Transfer Package — Release 10.21: P240 Optimal Tomography + P241 Blind-Custody Validator + P242 One-Shot Pipeline (FIN Research Monograph & Transfer Package; Version 1.0.0) [Preprint]. Zenodo. https://doi.org/10.5281/zenodo.21435332