The excitation factors of black hole quasinormal modes quantify the $\textit{ease of excitation}$ of the quasinormal modes and are independent of the source of perturbation. We compute the excitation factors of Kerr black holes up to the 20th overtone and find that the 4th, 5th, and 6th overtones have the first three highest excitation factors for intermediate and high spin parameters. This provides an independent confirmation of the importance of overtones that has been confirmed by the fitting data analysis of numerical relativity waveforms beginning around the strain peak amplitude.Comment: 25 pages, 15 figures, references adde
Computations of the strong field generation of gravitational waves by black hole processes produce w...
The black hole uniqueness and the no-hair theorems imply that the quasinormal spectrum of any astrop...
Superradiance has been studied quite extensively in the context of static (charged) and rotating bla...
Distorted black holes radiate gravitational waves. In the so-called ringdown phase radiation is emit...
It is possible to infer the mass and spin of the remnant black hole from binary black hole mergers b...
In general relativity, the remnant object originating from an uncharged black hole merger is a Kerr ...
We present numerical results from three-dimensional evolutions of scalar perturbations of Kerr black...
It is possible to infer the mass and spin of the remnant black hole from binary black hole mergers b...
We present numerical results from three-dimensional evolutions of scalar perturbations of Kerr black...
We investigate the scalar, gravitational, and electromagnetic quasinormal mode spectra of Schwarzsch...
The waveforms from binary black hole mergers include inspiral, merger and ringdown parts. Usually, t...
We analyze gravitational-wave data from the first LIGO detection of a binary black-hole merger (GW15...
It has been recently pointed out that nonlinear effects are necessary to model the ringdown stage of...
Quasinormal modes characterize the final stage of a black hole merger. In this regime, spacetime cur...
In modified theories of gravity, the potentials appearing in the Schr\"odinger-like equations that d...
Computations of the strong field generation of gravitational waves by black hole processes produce w...
The black hole uniqueness and the no-hair theorems imply that the quasinormal spectrum of any astrop...
Superradiance has been studied quite extensively in the context of static (charged) and rotating bla...
Distorted black holes radiate gravitational waves. In the so-called ringdown phase radiation is emit...
It is possible to infer the mass and spin of the remnant black hole from binary black hole mergers b...
In general relativity, the remnant object originating from an uncharged black hole merger is a Kerr ...
We present numerical results from three-dimensional evolutions of scalar perturbations of Kerr black...
It is possible to infer the mass and spin of the remnant black hole from binary black hole mergers b...
We present numerical results from three-dimensional evolutions of scalar perturbations of Kerr black...
We investigate the scalar, gravitational, and electromagnetic quasinormal mode spectra of Schwarzsch...
The waveforms from binary black hole mergers include inspiral, merger and ringdown parts. Usually, t...
We analyze gravitational-wave data from the first LIGO detection of a binary black-hole merger (GW15...
It has been recently pointed out that nonlinear effects are necessary to model the ringdown stage of...
Quasinormal modes characterize the final stage of a black hole merger. In this regime, spacetime cur...
In modified theories of gravity, the potentials appearing in the Schr\"odinger-like equations that d...
Computations of the strong field generation of gravitational waves by black hole processes produce w...
The black hole uniqueness and the no-hair theorems imply that the quasinormal spectrum of any astrop...
Superradiance has been studied quite extensively in the context of static (charged) and rotating bla...