We study tilted cold dark matter (CDM) models, that is OMEGA0 = 1 models with a primordial spectral index n less than or similar to 1. We test these models against three experiments on the cosmic microwave background anisotropy at 7', 3-degrees, and 6-degrees, and against measurements of galaxy peculiar velocities on large scales. These observations together suggest that the whole class of tilted CDM models with n less-than-or-equal-to 1 can be ruled out, for any value of the biasing parameter b
We investigate the behavior of the angular galaxy function, w(theta), in the framework of cold dark ...
Recent results have suggested that the density of baryons in the Universe, OB, is much more uncertai...
In this PhD Thesis, we present studies which aim at understanding and testing the fundamental assump...
We study tilted cold dark matter (CDM) models, that is OMEGA0 = 1 models with a primordial spectral ...
We study the cosmic peculiar velocity field as traced by a sample of 1184 spiral, elliptical and S0 ...
We test tilted hybrid models against the results of the Owens Valley Radio Observatory, Advanced Co...
We use a new technique to compute the correlation function for large-angle cosmic microwave backgrou...
We study the anisotropy of the cosmic microwave background (CMB) in cold and mixed dark matter (CDM ...
We study the anisotropy of the cosmic microwave background (CMB) in cold and mixed dark matter (CDM...
We analyze the cosmic peculiar velocity field as traced by a sample of 1184 spiral, elliptical and S...
It is generally accepted that some kind of non-baryonic dark matter accounts for most of the mass de...
The epoch of galaxy formation provides an important additional test of cosmological theories. Cold-d...
Galaxy velocity dipoles are calculated in the frame of a cold dark matter scenario for galaxy format...
We examine the evolution of peculiar velocities of cold dark matter (CDM) in localized arrays of inh...
Cosmology has become a precision science due to a wealth of new precise data from various astronomic...
We investigate the behavior of the angular galaxy function, w(theta), in the framework of cold dark ...
Recent results have suggested that the density of baryons in the Universe, OB, is much more uncertai...
In this PhD Thesis, we present studies which aim at understanding and testing the fundamental assump...
We study tilted cold dark matter (CDM) models, that is OMEGA0 = 1 models with a primordial spectral ...
We study the cosmic peculiar velocity field as traced by a sample of 1184 spiral, elliptical and S0 ...
We test tilted hybrid models against the results of the Owens Valley Radio Observatory, Advanced Co...
We use a new technique to compute the correlation function for large-angle cosmic microwave backgrou...
We study the anisotropy of the cosmic microwave background (CMB) in cold and mixed dark matter (CDM ...
We study the anisotropy of the cosmic microwave background (CMB) in cold and mixed dark matter (CDM...
We analyze the cosmic peculiar velocity field as traced by a sample of 1184 spiral, elliptical and S...
It is generally accepted that some kind of non-baryonic dark matter accounts for most of the mass de...
The epoch of galaxy formation provides an important additional test of cosmological theories. Cold-d...
Galaxy velocity dipoles are calculated in the frame of a cold dark matter scenario for galaxy format...
We examine the evolution of peculiar velocities of cold dark matter (CDM) in localized arrays of inh...
Cosmology has become a precision science due to a wealth of new precise data from various astronomic...
We investigate the behavior of the angular galaxy function, w(theta), in the framework of cold dark ...
Recent results have suggested that the density of baryons in the Universe, OB, is much more uncertai...
In this PhD Thesis, we present studies which aim at understanding and testing the fundamental assump...