We attempt to address the question of whether standard tests of general relativity can detect
the presence of a black hole carrying a supertranslation field. In this regard, we study the …

Cataclysmic astrophysical phenomena can produce impulsive gravitational waves that can
possibly be detected by the advanced versions of present-day detectors in the future. The …

We study horizon shells and soldering freedom for extreme black holes and how
supertranslation-like Bondi-Metzner-Sachs (BMS) symmetries appear as soldering …

Abstract The extreme Reissner–Nordström (ERN) solution has a discrete conformal isometry
that maps the future event horizon to future null infinity and vice versa, the Couch–Torrence …

A bstract We study the displacement memory effect and its connection with the extended-
BMS symmetries near the horizon of black holes. We show there is a permanent shift in the …

The memory effect, in the context of gravitational-waves (GWs), manifests itself in the
permanent relative displacement of test masses when they encounter the GWs. A number of …

Gravitational memory effect has emerged as a new window and opened up several
intriguing avenues in the field of gravitational wave astronomy together with its inter …

This concise book reviews methods used for gluing space-time manifolds together. It is
therefore relevant to theorists working on branes, walls, domain walls, concepts frequently …

This article reviews one of the most intriguing properties of black hole spacetimes known in
the literature-gravitational memory effect, and its connection with asymptotic symmetries …

We revisit the symmetries of an isolated horizon (IH), exploiting some freedom in the choice
of intrinsic data. The supertranslations are realized as additional symmetries. Furthermore, it …