We review recent developments on the thermodynamics of black holes in extended phase
space, where the cosmological constant is interpreted as thermodynamic pressure and …

We present a first-principles derivation of the main results of the Kerr/CFT correspondence
and its extensions using only tools from gravity and quantum field theory. Firstly, we review …

We provide a first derivation of the Bekenstein-Hawking entropy of 3D flat cosmological
horizons in terms of the counting of states in a dual field theory. These horizons appear in …

This chapter reviews standard tools used in the analysis of horizon and black hole physics,
most notably the congruences of null geodesics crossing a horizon. Rindler, event, Killing …

Black holes are predictions of Albert Einstein's theory of general relativity and have been the
focus of intense studies for over a century, as they provide a rich source of theoretical and …

A bstract The thermodynamics of three-dimensional asymptotically flat cosmological
solutions that play the same role than the BTZ black holes in the anti-de Sitter case is …

We obtain an exact rotating BTZ-like black hole solution by solving the corresponding
gravitational field equations and the bumblebee motion equations in Einstein-bumblebee …

In this paper we propose a straightforward method for understanding the thermodynamics of
black holes in de Sitter space, one that will allow us to study these black holes in a way that …

We discuss some aspects of soft hairy black holes and a new kind of “soft hairy
cosmologies,” including a detailed derivation of the metric formulation, results on flat space …

In this paper we focus on the Hamilton–Jacobi method to determine the entropy of a self-
dual black hole by using linear and quadratic GUPs (generalized uncertainty principles). We …