4.4 Article

Interiors of Terrestrial Planets in Metric-Affine Gravity

Journal

UNIVERSE
Volume 8, Issue 1, Pages -

Publisher

MDPI
DOI: 10.3390/universe8010003

Keywords

modified gravity; Ricci-based gravity; Palatini gravity; exoplanets; planet's interior

Funding

  1. EU through the European Regional Development Fund [CoE program TK133]

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Using a semiempirical approach, this study demonstrates that modified gravity has an impact on the internal properties of terrestrial planets, including their core, mantle, and core-mantle boundary. These findings are also applied to modeling a two-layer exoplanet under Palatini f(R) gravity.
Using a semiempirical approach, we show that modified gravity affects the internal properties of terrestrial planets, such as their physical characteristics of a core, mantle, and core-mantle boundary. We also apply these findings for modeling a two-layer exoplanet in Palatini f(R) gravity.

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