For a given asymptotically flat initial data set for Einstein equations a new geometric invariant is constructed. This invariant measure the departure of the data set from the stationary regime, it vanishes if and only if the data is stationary. In vacuum, it can be interpreted as a measure of the total amount of radiation contained in the data
In general relativity, a stationary isolated system is defined as an asymptotically flat (AF) statio...
We take a step towards characterising stationary data for the vacuum Einstein equations, by finding ...
We take a step towards characterising stationary data for the vacuum Einstein equations, by finding ...
For a given asymptotically flat initial data set for Einstein equations a new geometric invariant is...
For a given asymptotically flat initial data set for Einstein equations a new geometric invariant is...
I describe the construction of a large class of asymptotically flat initial data with non-vanishing ...
In these proceedings we will present recent progress concerning a construction of a geometric invari...
Using the time evolution equations of (cosmological) general relativity in the first order Fischer-M...
International audienceWe describe a proof of M.T. Anderson’s result (Anderson, 2000) on the rigidity...
International audienceWe describe a proof of M.T. Anderson’s result (Anderson, 2000) on the rigidity...
We study Cauchy initial data for asymptotically flat, stationary vacuum spacetimes near spacelike in...
We study Cauchy initial data for asymptotically flat, stationary vacuum spacetimes near spacelike in...
In general relativity, a stationary isolated system is defined as an asymptotically flat (AF) statio...
Certain aspects of the behaviour of the gravitational field near null and spatial infinity for the d...
The asymptotic structure and symmetries of asymptotically flat spacetime are closely related to the ...
In general relativity, a stationary isolated system is defined as an asymptotically flat (AF) statio...
We take a step towards characterising stationary data for the vacuum Einstein equations, by finding ...
We take a step towards characterising stationary data for the vacuum Einstein equations, by finding ...
For a given asymptotically flat initial data set for Einstein equations a new geometric invariant is...
For a given asymptotically flat initial data set for Einstein equations a new geometric invariant is...
I describe the construction of a large class of asymptotically flat initial data with non-vanishing ...
In these proceedings we will present recent progress concerning a construction of a geometric invari...
Using the time evolution equations of (cosmological) general relativity in the first order Fischer-M...
International audienceWe describe a proof of M.T. Anderson’s result (Anderson, 2000) on the rigidity...
International audienceWe describe a proof of M.T. Anderson’s result (Anderson, 2000) on the rigidity...
We study Cauchy initial data for asymptotically flat, stationary vacuum spacetimes near spacelike in...
We study Cauchy initial data for asymptotically flat, stationary vacuum spacetimes near spacelike in...
In general relativity, a stationary isolated system is defined as an asymptotically flat (AF) statio...
Certain aspects of the behaviour of the gravitational field near null and spatial infinity for the d...
The asymptotic structure and symmetries of asymptotically flat spacetime are closely related to the ...
In general relativity, a stationary isolated system is defined as an asymptotically flat (AF) statio...
We take a step towards characterising stationary data for the vacuum Einstein equations, by finding ...
We take a step towards characterising stationary data for the vacuum Einstein equations, by finding ...