TL;DR
This paper derives general static BPS black hole solutions in N=2, d=4 supergravity theories, characterized by the Kähler potential and harmonic functions, expanding the understanding of black hole configurations in these theories.
Contribution
It provides a comprehensive method to construct static BPS black hole solutions for arbitrary N=2 supergravity models using geometric and harmonic function data.
Findings
Solutions are fully specified by the Kähler potential and harmonic functions.
The approach applies to theories with any number of vector multiplets.
Framework simplifies the construction of black hole solutions in supergravity.
Abstract
We find general static BPS black hole solutions for general N=2, d=4 supergravity theories with an arbitrary number of vector multiplets. These solutions are completely specified by the K\"ahler potential of the underlying special K\"ahler geometry and a set of constrained harmonic functions.
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