The Planck quantum hypothesis and the Friedmannian models of flat universe
V. Skalsky
TL;DR
This paper identifies a specific Friedmannian model of a flat universe that uniquely aligns with the assumptions derived from the Planck quantum hypothesis, narrowing down the possible cosmological models.
Contribution
It demonstrates that among infinite Friedmannian models, only one conforms to the Planck quantum hypothesis assumptions.
Findings
Only one Friedmannian flat universe model satisfies the Planck quantum hypothesis.
The model aligns with quantum assumptions about the early universe.
This constrains the range of viable cosmological models.
Abstract
Only one model from an infinite number of the Friedmannian models of flat expansive isotropic and homogeneous universe satisfies the assumptions resulting from the Planck quantum hypothesis.
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Taxonomy
TopicsRelativity and Gravitational Theory · Advanced Mathematical Theories and Applications · Cosmology and Gravitation Theories