Two-dimensional static black holes with pointlike sources
M. Melis, S. Mignemi
TL;DR
This paper explores static black hole solutions in two-dimensional dilaton-gravity theories with pointlike sources, analyzing their properties and the motion of test particles influenced by conformal coupling effects.
Contribution
It presents new static black hole solutions with pointlike sources in generalized 2D dilaton-gravity and examines test particle trajectories under conformal coupling.
Findings
Derived explicit black hole solutions with pointlike sources
Analyzed test particle motion influenced by conformal coupling
Discussed the implications of conformal rescaling on particle trajectories
Abstract
We study the static black hole solutions of generalized two-dimensional dilaton-gravity theories generated by pointlike mass sources, in the hypothesis that the matter is conformally coupled. We also discuss the motion of test particles. Due to conformal coupling, these follow the geodesics of a metric obtained by rescaling the canonical metric with the dilaton.
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