We obtain general formulas for the plus- and cross-polarized waveforms of gravitational radiation emitted by a cosmic string loop in a transverse, traceless (synchronous, harmonic) gauge. These equations are then specialized to the case of piecewise linear loops, and it is shown that the general waveform for such a loop is a piecewise linear function. We give several simple examples of the waveforms from such loops. We also discuss the relation between the gravitational radiation by a smooth loop and by a piecewise linear approximation to it
Using only Newtonian gravity and a little special relativity we calculate most of the important effe...
We present a formalism to study the metric perturbations of the Schwarzschild spacetime. The formali...
If cosmic strings are formed in the early universe, their associated loops emit gravitational waves ...
We obtain general formulas for the plus- and cross-polarized waveforms of gravitational radiation em...
We discuss gravitational radiation of cosmic string loops in flat background. After presenting a gen...
We present a new formula for the rate at which cosmic strings lose energy into gravitational radiati...
A cosmic-string network in an expanding universe evolves by losing energy to loops which in turn osc...
We examine the rates at which energy and momentum are radiated into gravitational waves by a large s...
In this thesis we describe high-harmonic cosmic string loops in a general relativistic context, and ...
Cosmic string loops are defined by a pair of periodic functions a and b, which trace out unit-length...
We modify the recent analytic formula given by Allen and Casper for the rate at which piecewise line...
Abstract. Any cosmic string is possible to consider as nonlinear if it performs nonlinear oscillatio...
The equation which governs the temporal evolution of a gravitational wave (GW) in curved space-time ...
Rapid advancement in the observation of cosmic strings has been made in recent years placing increas...
We present a fully nonlinear calculation of the waveform of the gravitational radiation emitted in t...
Using only Newtonian gravity and a little special relativity we calculate most of the important effe...
We present a formalism to study the metric perturbations of the Schwarzschild spacetime. The formali...
If cosmic strings are formed in the early universe, their associated loops emit gravitational waves ...
We obtain general formulas for the plus- and cross-polarized waveforms of gravitational radiation em...
We discuss gravitational radiation of cosmic string loops in flat background. After presenting a gen...
We present a new formula for the rate at which cosmic strings lose energy into gravitational radiati...
A cosmic-string network in an expanding universe evolves by losing energy to loops which in turn osc...
We examine the rates at which energy and momentum are radiated into gravitational waves by a large s...
In this thesis we describe high-harmonic cosmic string loops in a general relativistic context, and ...
Cosmic string loops are defined by a pair of periodic functions a and b, which trace out unit-length...
We modify the recent analytic formula given by Allen and Casper for the rate at which piecewise line...
Abstract. Any cosmic string is possible to consider as nonlinear if it performs nonlinear oscillatio...
The equation which governs the temporal evolution of a gravitational wave (GW) in curved space-time ...
Rapid advancement in the observation of cosmic strings has been made in recent years placing increas...
We present a fully nonlinear calculation of the waveform of the gravitational radiation emitted in t...
Using only Newtonian gravity and a little special relativity we calculate most of the important effe...
We present a formalism to study the metric perturbations of the Schwarzschild spacetime. The formali...
If cosmic strings are formed in the early universe, their associated loops emit gravitational waves ...