Comparing the gravitational acceleration induced on the Local Group of galaxies by different tracers of the underline density field we estimate, within the linear gravitational instability theory and the linear biasing ansatz, their relative bias factors. Using optical SSRS2 galaxies, IRAS (PSCz) galaxies and Abell/ACO clusters, we find b_{O,I} ~ 1.21 +- 0.06 and b_{C,I} ~ 4.3 +- 0.8, in agreement with other recent studies. Finally, there is an excellent one-to-one correspondence of the PSCz and Abell/ACO cluster dipole profiles, once the latter is rescaled by b_{C,I}, out to at least ~150 h^{-1} Mpc
Context. We study biasing as a physical phenomenon by analysing geometrical and clustering propertie...
This paper reviews the measurements of galaxy correlations at high redshifts, and discusses how thes...
International audienceGalaxy clusters observed through the thermal Sunyaev–Zeldovich (tSZ) effect ar...
The density and velocity fields as extracted from the Abell/ACO clusters are compared with the corre...
We compute the acceleration of the Local Group using 11 206 IRAS galaxies from the recently complete...
The density and velocity fields as extracted from the Abell/ACO clusters are compared with the corre...
Several recent studies have shown how to properly calculate the observed clustering of galaxies in a...
The density and velocity fields as extracted from the Abell/ACO clusters are compared to the corresp...
We re-examine the gravitational acceleration (dipole) induced on the Local Group of galaxies by the ...
Starting from the observed distribution of Abell/ACO galaxy clusters in redshift space, we use a two...
none6noThe joint analysis of clustering and stacked gravitational lensing of galaxy clusters in larg...
The large-scale structure in the distribution of galaxies is thought to arise from the gravitational...
The joint analysis of clustering and stacked gravitational lensing of galaxy clusters in large surve...
International audienceWe study the clustering of galaxies detected at I 6 galaxies over a contiguous...
Aims. Gravitational lensing allows us to quantify the angular distribution of the convergence field ...
Context. We study biasing as a physical phenomenon by analysing geometrical and clustering propertie...
This paper reviews the measurements of galaxy correlations at high redshifts, and discusses how thes...
International audienceGalaxy clusters observed through the thermal Sunyaev–Zeldovich (tSZ) effect ar...
The density and velocity fields as extracted from the Abell/ACO clusters are compared with the corre...
We compute the acceleration of the Local Group using 11 206 IRAS galaxies from the recently complete...
The density and velocity fields as extracted from the Abell/ACO clusters are compared with the corre...
Several recent studies have shown how to properly calculate the observed clustering of galaxies in a...
The density and velocity fields as extracted from the Abell/ACO clusters are compared to the corresp...
We re-examine the gravitational acceleration (dipole) induced on the Local Group of galaxies by the ...
Starting from the observed distribution of Abell/ACO galaxy clusters in redshift space, we use a two...
none6noThe joint analysis of clustering and stacked gravitational lensing of galaxy clusters in larg...
The large-scale structure in the distribution of galaxies is thought to arise from the gravitational...
The joint analysis of clustering and stacked gravitational lensing of galaxy clusters in large surve...
International audienceWe study the clustering of galaxies detected at I 6 galaxies over a contiguous...
Aims. Gravitational lensing allows us to quantify the angular distribution of the convergence field ...
Context. We study biasing as a physical phenomenon by analysing geometrical and clustering propertie...
This paper reviews the measurements of galaxy correlations at high redshifts, and discusses how thes...
International audienceGalaxy clusters observed through the thermal Sunyaev–Zeldovich (tSZ) effect ar...