High Energy Particle Physics

    

Hypersphere Factoring Analysis of Daum's Most Precise Charged Pion Mass Determination

Authors: D. G. Grossman

The most precise mass determination of the charged pion listed by Particle Data Group is the one by Daum. Hypersphere factoring of that mass yields a theoretical mass that is only 0.00006 MeV from the experimentally determined value and well within the .00014 MeV experimental error. The most amazing thing about this analysis is that the best hypersphere surface volume factoring of the pion’s mass was done with the surface volume of a unit radius 28-sphere, suggesting that the charged pion is a 28 dimensional object. (It appears 3-dimensional to us because it is attached to the Higgs field — which is 3 dimensional - and so moves with only 3 degrees of dimensional freedom as one would expect of a 3-dimensional particle.)Is the pion 28 dimensional? Examine the factoring and decide for yourself.

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[v1] 2025-12-28 02:27:29

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