Add to ORKGWith gravitational waves, Gravitational Wave Astronomy can “see” colliding back holes and galaxies, the birth of a black hole in a supernova, the growth pains of our universe and the structure of spacetime
The complexity of the Einstein Equations, which is due to their nonlinearity, makes a general analyt...
The final merger of two black holes will emit more energy than all the stars in the observable unive...
We present the first results in a new program intended to make the best use of all available technol...
[eng] The first detection of a gravitational wave signal occurred on September 14 2015, when the tw...
Gravitational waves have been confirmed. Tools are available for their study, including the Einstein...
We begin with a brief introduction to gravitational waves. Next we look into the origin of the Chand...
As a network of advanced-era gravitational wave detectors is nearing its design sensitivity, efficie...
This series of 3 lectures will present recent developments in numerical relativity, and their applic...
Gravitational waves from the early universe are detectable, but detection is difficult. The strain i...
Gravitational waves astronomy is a new field ushered in by the first detection of a par of merging b...
We present an improved spectral algorithm for Cauchy-characteristic extraction and characteristic ev...
Solutions to Einstein’s equations of general relativity describe, among other things, the generation...
Gravitational wave observatories are now trying to detect gravitational waves, ripples in space time...
The expectation that light waves are the only way to gather information about the distant universe d...
This thesis will present the results of several projects that each represent a specific stage in the...
The complexity of the Einstein Equations, which is due to their nonlinearity, makes a general analyt...
The final merger of two black holes will emit more energy than all the stars in the observable unive...
We present the first results in a new program intended to make the best use of all available technol...
[eng] The first detection of a gravitational wave signal occurred on September 14 2015, when the tw...
Gravitational waves have been confirmed. Tools are available for their study, including the Einstein...
We begin with a brief introduction to gravitational waves. Next we look into the origin of the Chand...
As a network of advanced-era gravitational wave detectors is nearing its design sensitivity, efficie...
This series of 3 lectures will present recent developments in numerical relativity, and their applic...
Gravitational waves from the early universe are detectable, but detection is difficult. The strain i...
Gravitational waves astronomy is a new field ushered in by the first detection of a par of merging b...
We present an improved spectral algorithm for Cauchy-characteristic extraction and characteristic ev...
Solutions to Einstein’s equations of general relativity describe, among other things, the generation...
Gravitational wave observatories are now trying to detect gravitational waves, ripples in space time...
The expectation that light waves are the only way to gather information about the distant universe d...
This thesis will present the results of several projects that each represent a specific stage in the...
The complexity of the Einstein Equations, which is due to their nonlinearity, makes a general analyt...
The final merger of two black holes will emit more energy than all the stars in the observable unive...
We present the first results in a new program intended to make the best use of all available technol...