We use angular size versus redshift data for galaxy clusters provided by Bonamente and collaborators to place constraints on model parameters of constant and time-evolving dark energy cosmological models. These constraints are compatible with those from other recent data, but are not very restrictive. A joint analysis of the galaxy cluster angular-size data with the more restrictive baryon acoustic oscillation peak length scale and supernova Type Ia apparent-magnitude data, favors a spatially flat cosmological model currently dominated by a time-independent cosmological constant, but does not exclude time-varying dark energy
The expansion rate of the Universe changes with time, initially slowing (decelerating) when the univ...
International audienceWe present cosmological constraints from the Dark Energy Survey (DES) using a ...
The next generation of space-based galaxy surveys is expected to measure the growth rate of structur...
We use angular size versus redshift data for galaxy clusters provided by Bonamente and collaborators...
We use FRIIb radio galaxy redshift-angular size data to constrain cosmological parameters in a dark ...
We use the Simon, Verde, & Jimenez (2005) determination of the redshift dependence of the Hubble par...
Master of ScienceDepartment of PhysicsBharat RatraRecent observations in cosmology suggest that the ...
We use 21 Hubble parameter versus redshift data points, from Simon et al. (2005), Gazta~naga et al. ...
AbstractWe use Hubble parameter versus redshift data from Stern et al. (2010) [1] and Gaztañaga et a...
AbstractWe use the Busca et al. (2012) [11] measurement of the Hubble parameter at redshift z=2.3 in...
AbstractWe use lookback time versus redshift data from galaxy clusters (Capozziello et al., 2004 [9]...
In this paper, Hubble parameter versus redshift data, collected from multiple resources, is used to ...
We present new constraints on the evolution of dark energy from an analysis of Cosmic Microwave Back...
Sequel to Jackson (2004); uses web-based resources to update the data set with respect to both redsh...
The expansion rate of the Universe changes with time, initially slowing (decelerating) when the univ...
The expansion rate of the Universe changes with time, initially slowing (decelerating) when the univ...
International audienceWe present cosmological constraints from the Dark Energy Survey (DES) using a ...
The next generation of space-based galaxy surveys is expected to measure the growth rate of structur...
We use angular size versus redshift data for galaxy clusters provided by Bonamente and collaborators...
We use FRIIb radio galaxy redshift-angular size data to constrain cosmological parameters in a dark ...
We use the Simon, Verde, & Jimenez (2005) determination of the redshift dependence of the Hubble par...
Master of ScienceDepartment of PhysicsBharat RatraRecent observations in cosmology suggest that the ...
We use 21 Hubble parameter versus redshift data points, from Simon et al. (2005), Gazta~naga et al. ...
AbstractWe use Hubble parameter versus redshift data from Stern et al. (2010) [1] and Gaztañaga et a...
AbstractWe use the Busca et al. (2012) [11] measurement of the Hubble parameter at redshift z=2.3 in...
AbstractWe use lookback time versus redshift data from galaxy clusters (Capozziello et al., 2004 [9]...
In this paper, Hubble parameter versus redshift data, collected from multiple resources, is used to ...
We present new constraints on the evolution of dark energy from an analysis of Cosmic Microwave Back...
Sequel to Jackson (2004); uses web-based resources to update the data set with respect to both redsh...
The expansion rate of the Universe changes with time, initially slowing (decelerating) when the univ...
The expansion rate of the Universe changes with time, initially slowing (decelerating) when the univ...
International audienceWe present cosmological constraints from the Dark Energy Survey (DES) using a ...
The next generation of space-based galaxy surveys is expected to measure the growth rate of structur...