Charged Lifshitz black holes from general covariance breaking

Moreira, D C; Lemos, A S; Brito, F A

doi:10.1088/1361-6382/ad1d47

Class. Quantum Grav.

2024

DOI: 10.1088/1361-6382/ad1d47

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Charged Lifshitz black holes from general covariance breaking

D C Moreira,

A S Lemos,

F A Brito

Abstract: In this work we use a general covariance breaking mechanism to obtain a class of charged black holes whose background geometry asymptotically approaches Lifshitz spacetimes. We discuss how this method affects Einstein's equations and explore the thermodynamics and critical behavior of the solution found.

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2024

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Cited by 3 publications

References 87 publications

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Spatially localized scalar structures on hyperscaling violating geometries

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Marques,

Menezes

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Nuclear Physics B

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Spatially localized scalar structures on hyperscaling violating geometries

Andrade,

Marques,

Menezes

et al. 2024

Nuclear Physics B

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Effective Lifshitz black holes, hydrodynamics, and transport coefficients in fluid/gravity correspondence

Moreira,

da Rocha

2024

Class. Quantum Grav.

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Effective Lifshitz black holes with arbitrary dynamical exponent are addressed in the fluid/gravity membrane paradigm. The transport and the response coefficients in the dual Lifshitz field theory are calculated and analyzed, including the charge diffusion constant and the shear mode damping constant, along with the shear-viscosity-to-entropy density ratio. The Kubo formula is employed to obtain the electrical DC conductivity for the gauge sector corresponding to impurity through the holographic linear response of gauge vector fluctuations in the Lifshitz black brane geometry.

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Thermodynamics of charged Lifshitz black holes with scalar hair

Wu,

Qian,

Yue

et al. 2024

Mod. Phys. Lett. A

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In this paper, we discuss the generalized Einstein–Maxwell–Dilaton gravity theory with a nonminimal coupling between the Maxwell field and scalar field. Considering different geometric properties of black hole horizon structure, the charged dilaton Lifshitz black hole solutions are presented in 4-dimensional spacetimes. Later, utilizing the Wald Formalism, we derive the thermodynamic first law of black hole and conserved quantities. According to the relationship between the heat capacity and the local stability of black hole, we study the stability of charged Lifshitz black holes and identify the thermodynamic stable region of black holes that meet the criteria.

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Charged Lifshitz black holes from general covariance breaking

Cited by 3 publications

References 87 publications

Spatially localized scalar structures on hyperscaling violating geometries

Spatially localized scalar structures on hyperscaling violating geometries

Effective Lifshitz black holes, hydrodynamics, and transport coefficients in fluid/gravity correspondence

Thermodynamics of charged Lifshitz black holes with scalar hair

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