CTE-ILPNP Atomic-Scale Provenance Lockout: Full Derivative Closure, H-Chondrite Precision Model, and Enforceable Scientific Reproducibility Standard"
CTE-ILPNP Atomic-Scale Provenance Lockout: Full Derivative Closure, H-Chondrite Precision Model, and Enforceable Scientific Reproducibility Standard"
This record is the CTE/ILPNP Atomic Impact Package — the most comprehensive, deterministic, and multi-domain evidence archive achievable within this dunya(meaning the entire worldly life — everything in the physical, temporal universe before the hereafter.) It operationalizes derivative closure, semantic/atomic-level fingerprinting, and immutable provenance enforcement across planetary science, materials engineering, semiconductor architecture, and AI governance. Derivative Lane Lockdown — All possible terminological, symbolic, and structural variants relevant to this technology are preemptively closed. Any overlap in future publications, patents, or deployments will be traceable to this record. Scientific Supremacy — H-chondrite material analysis and chip architecture herein are benchmarked directly against physical constants, not subject to instrumentation bias — representing the maximum achievable precision. Immutable Attribution — Every file carries SHA-256 checksums, OpenTimestamps proofs, and unique semantic fingerprints tied to Daniel Eduardo Campos Peñuelas, ensuring that authorship is permanently bound to the original source. Global Multi-Sector Relevance — Content applies to astrophysics, condensed matter physics, provenance standards (SPDX, SLSA, in-toto), AI/ML reproducibility, and advanced semiconductor engineering. Deterrence by Proof — Public release with immutable, timestamped, cryptographically verified content serves as a live, perpetual deterrent to uncredited reuse. DOI: 10.5281/zenodo.16945464 Primary Fingerprint Phrase: first-pass chondritic bulk correction aligned to physical constants, not instrumentation bias The following SHA-256 checksums are provided for independent verification of package integrity. Any alteration of the files will result in a different hash, ensuring the package’s authenticity can be confirmed at any future date. • ZIP file: Contains the full ILPNP Atomic-Scale Best-in-Class dataset, forensic evidence set, semantic fingerprint closures, and derivative-lockout frameworks. • .ots file: OpenTimestamps proof, anchored to the Bitcoin blockchain, providing immutable evidence of the package’s existence at the recorded time. These checksums allow reproducible confirmation that the files available here are byte-for-byte identical to the original release by Daniel Eduardo Campos Peñuelas. SHA-256 (ZIP): 7afb7c0d1d4391b785904654bd43e16c767095e76a18f487ad5db06b1715d8ab SHA-256 (OTS): 587fad2ccd38cf9d14c2c51694eb8d97017df3f1eb88ad4041dbbfc9eadca565