Clésio E. Mota

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gr-qc2026

Spin Curvatures in General Relativity and Two-Component Gravitons with Arbitrary Sources

ClÃ©sio E. Mota, Jorge G. Cardoso

We present a short review of the spin curvatures that arise within the framework of one of the Infeld-van der Waerden formalisms for general relativity. All the spinor symmetries b…

gr-qc2026★ 3 cited

White dwarf structure in $f (R, T, L_{m})$ gravity: beyond the Chandrasekhar mass limit

Edson Otoniel, Juan M. Z. Pretel, ClÃ©sio E. Mota +3

In this work, we investigate the relativistic structure of white dwarfs (WDs) within the framework of modified gravity theory $f (R, T, L_{m}) = R + I^\pm T L_{m}$ , which introduces a non-m…

gr-qc2024

Compact stars in Rastall gravity: hydrostatic equilibrium and radial pulsations

Within the context of Rastall gravity, we investigate the hydrostatic equilibrium and dynamical stability against radial pulsations of compact stars, where a free parameter $I^^{2}$ me…

gr-qc2024

Neutron stars in $f (R, L_{m}, T)$ gravity

This study explores the behavior of compact stars within the framework of $f (R, L_{m}, T)$ gravity, focusing on the functional form $f (R, L_{m}, T) = R + I^\pm T L_{m}$ . The modified Tolman-Oppen…

Spin Curvatures in General Relativity and Two-Component Gravitons with Arbitrary Sources

White dwarf structure in f(R,T,Lm​) gravity: beyond the Chandrasekhar mass limit

Compact stars in Rastall gravity: hydrostatic equilibrium and radial pulsations

Neutron stars in f(R,Lm​,T) gravity

White dwarf structure in $f (R, T, L_{m})$ gravity: beyond the Chandrasekhar mass limit

Neutron stars in $f (R, L_{m}, T)$ gravity