This paper presents a new four-dimensional axionic-charged rotating black
hole with a scalar field, which is defined by a structural function coupling
the axionic field and a scalar potential. This configuration is characterized
by an integration constant and two parameters. The thermodynamic parameters are
obtained via the Euclidean procedure, where the validity of the first law of
thermodynamics is ensured. With the above information, we can see that this
rotating configuration is a good laboratory from the perspective of the
holographic superconductor, in which the angular parameter plays an important
role.

Dieser Artikel untersucht Zeitreisen und deren Auswirkungen.

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