Some Corrections to Measurements of the Ages of Distant Galaxies Using the James Webb Telescope, Due to the Spatial Curvature of the Universe

Determining The Sign of the Spatial Curvature of the Universe in the Present Universe 1.1 Introduction Given the Friedmann equations, [1], of the FLRW metric, ( = Joules/m 3 ) 1.2 Equation that Relates the Derivative of the Hubble Parameter with Pressure, Energy Density and the Curvature Spatial According to the Friedmann equation, the equation of state, and taking into account the expression for the derivative of H, we have equation of state: w= p/ Study of H During the Universe Epochs Using this EquationLet's study the sign of this equation in the different eras that make up the history of the universe.That is, during the radiation era, the matter era, and the dark energy era, which is the current one.Each of these eras

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Publication Details

Journal
Open Access Journal of Physics
Published
2025-07-16
DOI
https://doi.org/10.22259/2637-5826.0702001
Primary Topic
Astronomy and Astrophysical Research
Type
article
Field-Weighted Citation Impact
0.00
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article

Some Corrections to Measurements of the Ages of Distant Galaxies Using the James Webb Telescope, Due to the Spatial Curvature of the Universe

Fernando Salmon Iza
Open Access Journal of Physics
Astronomy and Astrophysical Research
article

Some Corrections to Measurements of the Ages of Distant Galaxies Using the James Webb Telescope, Due to the Spatial Curvature of the Universe

Fernando Salmon Iza
article en

Abstract

Determining The Sign of the Spatial Curvature of the Universe in the Present Universe 1.1 Introduction Given the Friedmann equations, [1], of the FLRW metric, ( = Joules/m 3 ) 1.2 Equation that Relates the Derivative of the Hubble Parameter with Pressure, Energy Density and the Curvature Spatial According to the Friedmann equation, the equation of state, and taking into account the expression for the derivative of H, we have equation of state: w= p/ Study of H During the Universe Epochs Using this EquationLet's study the sign of this equation in the different eras that make up the history of the universe.That is, during the radiation era, the matter era, and the dark energy era, which is the current one.Each of these eras

Open Access Journal of PhysicsVol. 7(2)
Universidad Complutense de Madrid (ES)
Openalex Percentile: Top 83%
Astronomy and Astrophysical Research
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