Extended Periodic Table – Quantum Physics 1st Edition

“Extended Periodic Table – Physics Edition This document is a multi-page, landscape PDF that begins with the familiar 118-element periodic table and then extends the layout schematically to atomic number 500. Each period retains the classic visual grammar—s-block on the left, p-block on the right, d-block in the center, and detached f- and g-rows beneath—so readers can track orbital structure even where chemistry is purely theoretical. Beyond the graphical grid, the PDF includes a physics-rich reference system: Section Key contents Legend Block keys, regime definitions (atomic A / exotic-nucleus N / exotic-matter M), and an explanation of every data column. Appendix A Limits of atomic stability (relativistic collapse, liquid-drop binding). Appendix B Rationale for blocks beyond f (g, h, i widths). Appendix C IUPAC systematic names & symbols for Z 119-500. Appendix D Quantum summary for each Z (block, n, ℓ, degeneracy g, Madelung index, αZ, Dirac γ, rough mass number A, quark count). Appendix E Nuclear & atomic metrics: binding-energy per nucleon, Coulomb term, Bohr radius / Z, crude covalent radius, and a half-life bucket (stable-days, ms-band, µs-band). In short, it is both a visually faithful extension of the periodic table and a compact physics handbook for super-heavy and hypothetical elements up to Z 500.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-12-11
DOI
https://doi.org/10.5281/zenodo.17920113
Primary Topic
History and advancements in chemistry
Type
article
Field-Weighted Citation Impact
0.00
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article

Extended Periodic Table – Quantum Physics 1st Edition

Zenodo (CERN European Organization for Nuclear Research)
History and advancements in chemistry
article

Extended Periodic Table – Quantum Physics 1st Edition

article en

Abstract

“Extended Periodic Table – Physics Edition This document is a multi-page, landscape PDF that begins with the familiar 118-element periodic table and then extends the layout schematically to atomic number 500. Each period retains the classic visual grammar—s-block on the left, p-block on the right, d-block in the center, and detached f- and g-rows beneath—so readers can track orbital structure even where chemistry is purely theoretical. Beyond the graphical grid, the PDF includes a physics-rich reference system: Section Key contents Legend Block keys, regime definitions (atomic A / exotic-nucleus N / exotic-matter M), and an explanation of every data column. Appendix A Limits of atomic stability (relativistic collapse, liquid-drop binding). Appendix B Rationale for blocks beyond f (g, h, i widths). Appendix C IUPAC systematic names & symbols for Z 119-500. Appendix D Quantum summary for each Z (block, n, ℓ, degeneracy g, Madelung index, αZ, Dirac γ, rough mass number A, quark count). Appendix E Nuclear & atomic metrics: binding-energy per nucleon, Coulomb term, Bohr radius / Z, crude covalent radius, and a half-life bucket (stable-days, ms-band, µs-band). In short, it is both a visually faithful extension of the periodic table and a compact physics handbook for super-heavy and hypothetical elements up to Z 500.

Zenodo (CERN European Organization for Nuclear Research)
Western University (CA), St. Clair College (CA)
Openalex Percentile: Top 28%
History and advancements in chemistry
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Extended Periodic Table – Quantum Physics 1st Edition · Zenodo (CERN European Organization for Nuclear Research) (2025) | TGRS Research Map | TGRS