The energy--momentum radiated in gravitational waves by an isolated source is given by a formula of Bondi. This formula is highly non--local: the energy--momentum is not given as the integral of a well--defined local density. It has therefore been unclear whether the Bondi formula can be used to get information from gravity--wave measurements. In this note, we obtain, from local knowledge of the radiation field, a lower bound on the Bondi flux
This paper is aimed to elaborate the problem of energy–momentum in general relativity. In this conne...
Abstract: There is a problem of defining energy in time-varying spacetimes as energy is not conserve...
In this paper I derive an equation relating the gravitational acceleration with the gravitational wa...
The mass loss of an isolated gravitating system due to energy carried away by gravitational waves wi...
The energy localization hypothesis of the author that energy is localized in non-vanishing regions o...
The theoretical basis for the energy carried away by gravitational waves that an isolated gravitatin...
Using only Newtonian gravity and a little special relativity we calculate most of the important effe...
We review the role of the classical stress-energy tensor in defining the concept of energy and its c...
We present a continuity equation for the gravitational energy-momentum, which is obtained in the fra...
International audienceRecently, Damour computed the radiation reaction on gravitational scattering a...
The problem of energy and its localization in general relativity is critically re-examined. The Tolm...
The goal of much research in relativity is to understand gravitational waves generated by a strong-f...
The problem of the definition of gravitational energy is reconsidered. In the Einstein theory all ma...
Recently, Damour computed the radiation reaction on gravitational scattering as the (linear) respons...
Energy-momentum is an important conserved quantity whose definition has been a focus of many investi...
This paper is aimed to elaborate the problem of energy–momentum in general relativity. In this conne...
Abstract: There is a problem of defining energy in time-varying spacetimes as energy is not conserve...
In this paper I derive an equation relating the gravitational acceleration with the gravitational wa...
The mass loss of an isolated gravitating system due to energy carried away by gravitational waves wi...
The energy localization hypothesis of the author that energy is localized in non-vanishing regions o...
The theoretical basis for the energy carried away by gravitational waves that an isolated gravitatin...
Using only Newtonian gravity and a little special relativity we calculate most of the important effe...
We review the role of the classical stress-energy tensor in defining the concept of energy and its c...
We present a continuity equation for the gravitational energy-momentum, which is obtained in the fra...
International audienceRecently, Damour computed the radiation reaction on gravitational scattering a...
The problem of energy and its localization in general relativity is critically re-examined. The Tolm...
The goal of much research in relativity is to understand gravitational waves generated by a strong-f...
The problem of the definition of gravitational energy is reconsidered. In the Einstein theory all ma...
Recently, Damour computed the radiation reaction on gravitational scattering as the (linear) respons...
Energy-momentum is an important conserved quantity whose definition has been a focus of many investi...
This paper is aimed to elaborate the problem of energy–momentum in general relativity. In this conne...
Abstract: There is a problem of defining energy in time-varying spacetimes as energy is not conserve...
In this paper I derive an equation relating the gravitational acceleration with the gravitational wa...