A Space-Frame Periodic Table Representation System Testing Relativity in Nucleosynthesis of the Elements

The geometric Lie algebra SU(3) isotropic vector matrix realization of the periodic table reported at PIRT 2017 has now been broken up to a disjoint-set modular R3×SO(3) building kit, exactly sufficing to stage the Big Bang and ensuing nucleosynthesis events: First the ultrashort radiation/plasma in...

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Bibliographic Details
Published in:Journal of physics. Conference series 2020-05, Vol.1557 (1), p.12006
Main Author: Trell, E
Format: Article
Language:English
Subjects:
Beryllium
Chemical bonds
Deuterium
Lie groups
Light speed
Lithium
Mathematical analysis
Matrix algebra
Neutrinos
Nuclear fusion
Periodic table
Perturbation
Phase transitions
Photons
Physics
Relativity
Sharpness
Tritium
Wave packets
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Summary:The geometric Lie algebra SU(3) isotropic vector matrix realization of the periodic table reported at PIRT 2017 has now been broken up to a disjoint-set modular R3×SO(3) building kit, exactly sufficing to stage the Big Bang and ensuing nucleosynthesis events: First the ultrashort radiation/plasma inflation of the Big Bang phase transition moment with release of photons, neutrinos and module precursors, which in next seconds recombine to the Protium proton/electron compound and its neutron conversion to continue separately or in fusion of the two get on to Deuterium and from there to Tritium, Helium in isotope and α form, and traces of Lithium and possibly Beryllium. That is, literally the whole primordial start-gas delivered within a few minutes to billion-year wait for sufficiently energetic perturbations with itself for astrophysical/cosmogenic/experimental nucleosynthesis of the full periodic table and likewise replicable by systematic space-filling assembly/disassembly of the here disclosed neutrino and photon lattice vector, β particle, α wave-packet and neutron building bricks, providing clues also on isotope/neutron excess, shell/subshell, spectroscopy, and chemical bond structural make-up and disposition. Furthermore, the absolute trigonometric sharpness of the nucleosynthesis phase transition burst and expansion is reciprocal to the absolute speed of light and hence a specific test and verification of the relativity theory.
ISSN:1742-6588
1742-6596
DOI:10.1088/1742-6596/1557/1/012006