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2023

Testing the FLRW metric with the Hubble and transversal BAO measurements

Wang, Min, Fu, Xiangyun, Xu, Bing et al.

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The cosmological principle is one of the fundamental assumptions of the standard model of Cosmology (SCM), and it allow us to describe cosmic distances and clocks by using the Friedmann-Lema$\rm{\hat{{\i}}}$tre-Roberton-Walker (FLRW) metric.

Thus, it is essential to test the FLRW metric with cosmological observations to verify the validity of the SCM.
In this work, we perform tests of the FLRW metric by comparing the observational comoving angles between the Hubble $H(z)$ and angular Baryon Acoustic Oscillation (BAO) measurements.
The Gaussian process is employed to reconstruct the Hubble $H(z)$ measurements and the angular diameter distance (ADD) from the transversal BAO data.

Testing the FLRW metric with the Hubble and transversal BAO measurements · Around

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