Noether Symmetry Approach to the Non-Minimally Coupled $Y(R)F^2$ Gravity

Abstract

We use Noether symmetry approach to find spherically symmetric static solutions of the non-minimally coupled electromagnetic fields to gravity. We construct the point-like Lagrangian under the spherical symmetry assumption. Then we determine Noether symmetry and the corresponding conserved charge. We derive Euler-Lagrange equations from this point-like Lagrangian and show that these equations are same with the differential equations derived from the field equations of the model. Also we give two new exact asymptotically flat solutions to these equations and investigate some thermodynamic properties of these black holes.

14 pages, 2 figures

References in corpus (7)

• Spherically symmetric solutions in f(R)-gravity via Noether Symmetry Approach
• Inflation and late-time cosmic acceleration in non-minimal Maxwell-$F(R)$ gravity and the generation of large-scale magnetic fields
• Inflation-Produced Magnetic Fields in R^n F^2 and I F^2 models
• Non-minimal $\ln (R)F^2$ Couplings of Electromagnetic Fields to Gravity: Static, Spherically Symmetric Solutions
• A Smarr formula for charged black holes in nonlinear electrodynamics
• Einstein-non-linear Maxwell-Yukawa black hole
• Electromagnetic Duality and New Solutions of the Non-minimally Coupled Y(R)-Maxwell Gravity

Cited by in corpus (6)

• Holographic Aspects of Non-minimal $R{F}_{\mu \alpha }^{(a)}{F}^{(a)\mu \alpha }$ Black Brane
• Generalized Hidden Conformal Symmetry in Quadratic $f(T)$ Gravity
• Exact Analytical Taub-NUT like Solution in f(T) Gravity
• New Rotating Black Hole Solutions With Imperfect Fluid Energy-Momentum Tensor In $f(R)$ Gravity
• Holographic Aspects of Non-minimal $R^3{F}^2$ Black Brane in an EFT Framework
• Noether gauge symmetry approach applying for the non-minimally coupled gravity to the Maxwell field