\n
Reproducible Laboratory — SV-443 Catalogue Verification Laboratorio reproducible — Verificación del catálogo SV-443
\nThis record contains the complete reproducible laboratory for the publication Preliminary Analysis of Next-Generation Chemical Elements, Materials and Alloys for Medical and Scientific Applications (DOI: 10.17613/8ryyb-g9h48), which catalogues 443 structurally admissible chemical elements generated by the Vectorial System SV over the canonical cell SV(3,9).
\nThe laboratory verifies the full SV-443 catalogue: 443 elements across 33 structural properties, distributed across 4 tables (identity and mass, electronic and transport properties, mechanical and thermal properties, volume, stability, isotopes and applications). All 443 elements pass verification (443/443 APTO). Each error has a unique traceable code; no generic exceptions are raised.
\n\n\nFiles included in laboratorios.zip:
laboratorios/src/sv_443.py — Main verification module. Contains all check functions: element count (SV-443-COUNT), header integrity (HEADER), sort order (ORDEN), and per-element checks for Z_SV, A_SV, period, group, density, conductivity, electronegativity, ionisation energy, atomic radius, electron affinity, metallic character, thermal conductivity, magnetic permeability, hardness, resistance, friction, flexibility, malleability, oxidation resistance, corrosion resistance, maximum thermal resistance, volume, radioactivity, isotopes, and STP state. 33 columns verified per element.
laboratorios/runner.py — Entry point. Accepts an optional path to the CSV file and executes sv_443.py, printing a structured JSON result to stdout.
laboratorios/resultados/resultados_sv_443.json — Expected result of the laboratory run: 443/443 APTO, 0 formula errors, 0 range errors, 0 empty-field errors.
laboratorios/CATALOGO-DE-ERRORES.md — Complete error code catalogue. Each error code (e.g. SV-443-COUNT, Z-{k}, FLOAT-{col}) is defined with its trigger condition, affected element or column, and corrective action.
laboratorios/README.md — Execution instructions and expected output.
Cryptographic integrity files:
\nlaboratorios.zip.csig — Cryptographic signature of laboratorios.zip (CSign / PKCS format). Guarantees file integrity and authorship since the moment of signing.
laboratorios.zip.ots — OpenTimestamps attestation for laboratorios.zip. Provides a blockchain-anchored timestamp proving the file existed in its current form at the time of upload.
Preliminary_Analysis_[...].pdf.ots — OpenTimestamps attestation for the associated signed publication PDF (DOI: 10.17613/8ryyb-g9h48).
Related publication: Lloret Egea, J. A. (2026). Preliminary Analysis of Next-Generation Chemical Elements, Materials and Alloys for Medical and Scientific Applications. ITVIA. DOI: 10.17613/8ryyb-g9h48
\nThis record: DOI: 10.5281/zenodo.20084771 ISSN 2695-6411 · CC BY-NC-ND 4.0 · Madrid, 08/05/2026
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\nRecords must preserve a clear relation with the canonical GitHub source, include sufficient metadata, identify related publications or DOIs when available, and provide adequate licensing and preservation information. Laboratory packages must be reproducible, technically traceable and, where applicable, linked to the corresponding document DOI in Commons.
\nEsta comunidad cura registros técnicos y preservacionales asociados a la carpeta canónica de GitHub “matematica-fisica-factual-contemporanea-sv”, dentro del repositorio SV-matematica-semantica. Se aceptan publicaciones, laboratorios reproducibles, software, conjuntos de datos, archivos de hash, paquetes de preservación y materiales suplementarios vinculados a la matemática factual y la física factual del Sistema Vectorial SV.
\nLos registros deberán mantener una relación clara con la fuente canónica en GitHub, incluir metadatos suficientes, identificar publicaciones o DOI relacionados cuando existan, y aportar información adecuada sobre licencia y preservación. Los paquetes laboratoriales deberán ser reproducibles, técnicamente trazables y, cuando proceda, quedar vinculados al DOI documental correspondiente en Commons.
", "description": "Technical and preservation community for SV factual mathematics and physics.\n\nComunidad t\u00e9cnica y preservacional para matem\u00e1tica y f\u00edsica factual del SV.", "organizations": [ { "name": "Instituto Tecnol\u00f3gico Virtual de la Inteligencia Artificial para el Espa\u00f1ol\u00ae" } ], "page": "“Matemática y Física Factual contemporánea del SV” is the Zenodo technical and preservation community associated with the canonical GitHub directory of the same research line in the SV-matematica-semantica repository.
\nIts purpose is to preserve and cite reproducible laboratories, software packages, technical datasets, verification files, hashes and supplementary materials arising from the factual mathematics and factual physics programme of the Sistema Vectorial SV.
\nThe canonical material source is GitHub. Commons provides documentary DOI records for the main publications. Zenodo provides persistent, citable and versioned records for laboratories and technical preservation packages.
\n“Matemática y Física Factual contemporánea del SV” es la comunidad técnica y preservacional de Zenodo asociada a la carpeta canónica de GitHub correspondiente a esta línea de investigación dentro del repositorio SV-matematica-semantica.
\nSu finalidad es preservar y citar laboratorios reproducibles, paquetes de software, conjuntos técnicos de datos, archivos de verificación, hashes y materiales suplementarios derivados del programa de matemática factual y física factual del Sistema Vectorial SV.
\nLa fuente material canónica es GitHub. Commons proporciona los registros documentales con DOI de las publicaciones principales. Zenodo proporciona registros persistentes, citables y versionados para laboratorios y paquetes técnicos de preservación.
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