Elementary particles, dark matter, dark energy, and observable properties
POSTER
Abstract
This work suggests new modeling that (1) catalogs all known elementary particles and suggests new elementary particles, (2) specifies dark matter and quantitatively explains ratios of dark-matter effects to ordinary-matter effects, (3) describes gravity and qualitatively explains so-called tensions between cosmology data and popular modeling, and (4) catalogs properties of objects. New modeling (a) has roots in successful popular modeling; (b) features solutions to integer-arithmetic equations; and (c) when combined with popular modeling, suggests explanations for data that popular modeling alone seems not to explain.
Publication: "Properties of elementary particles, dark matter, and dark energy," Thomas J. Buckholtz, Qeous, Qeios Ltd, November 16, 2023. (DOI: 10.32388/DVGINE.3).<br>"Insights from models that specify elementary particles, dark matter, and properties of objects and fields," Thomas J. Buckholtz, preprint, Qeous, Qeios Ltd, December 4, 2023. (DOI: 10.32388/5BNWLO).
Presenters
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Thomas J Buckholtz
Ronin Institute for Independent Scholarship
Authors
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Thomas J Buckholtz
Ronin Institute for Independent Scholarship