What question did this study set out to answer?

This work aims to present and verify the Chindyaskin Q₉ nuclear-mass corridor law.

June 30, 20260 citationsOpen Access

Chindyaskin Q₉ Nuclear-Mass Corridor Law: A Proton-Anchored Isotope-Mass Coordinate System Linking the Natural Isotope Ladder, the N=23 Actinide Gate, the N=184 Shelf, and the A≈322 Nuclear Target

Key Points

This work aims to present and verify the Chindyaskin Q₉ nuclear-mass corridor law.
Introduced a proton-anchored isotope-mass coordinate system.
Archived materials include article PDF, verification ZIP package, and Monte Carlo reproducibility tools.
Presented findings as part of the Interlayer Circulation Model (ICM) research line.
Establishes a connection between the natural isotope ladder and the N=23 actinide gate.
Identifies the N=184 shelf and the A≈322 nuclear target within the new framework.
Provides reproducibility materials and educational resources for further scientific use.

Abstract

This Zenodo record archives the publication and verification materials for the article “Chindyaskin Q₉ Nuclear-Mass Corridor Law.” The work introduces a proton-anchored Q₉ isotope-mass coordinate system linking the natural isotope proof ladder, the role-separated N=23 actinide gate, the superheavy lower slope, the N=184 shelf, and the calculable A≈322 nuclear target. The archived materials include the article PDF and the verification ZIP package containing scientific figures, article table images, text copies of tables, final CSV tables, Monte Carlo reproducibility materials, the Python Monte Carlo runner, expected outputs, manifest files, and the custom license / rights statement. The work is published as part of the Interlayer Circulation Model (ICM) research line by Artur Chindyaskin. This record is intended for public scientific verification, archival preservation, non-commercial review, independent recalculation, education, and public-interest scientific use.

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