Recent measurements of the cosmological constant or cosmic vacuum in Type Ia SN observations (Riess et al.1998, Perlmutter et al. 1999) imply that $\Omega (t)$ is exactly unity or nearly unity at any epoch of cosmic evolution. No fine tuning is needed to describe this phenomenon with the standard cosmological model based on the Type Ia SN data. A time-independent symmetry relation between vacuum and matter is basically behind the observed near-parabolic expansion
In the context of the discrepancies between the early and late universe, we emphasize the importance...
We use Type Ia supernovae studied by the High-z Supernova Search Team to constrain the properties of...
Abstract A search for cosmological supernovae has discovered over 75, most of which are type Ia supe...
We explore the possible role of evolution in the analysis of data on SNe Ia at cosmological distance...
SupernovaeThe basic relations between the luminosity distance, the matter density $\Omega_M$, and th...
We show that within the cosmology associated with conformal gravity the age of the universe is given...
We show that within conformal gravity an assumption regarding only the sign of the cosmological cons...
We examine whether observations independent of type Ia supernova surveys are sufficient to imply the...
There is mounting observational evidence that the expansion of our Universe is undergoing a late-tim...
The fate of the Universe, infinite expansion or a big crunch , can be determined by measuring the r...
Recent measurements are suggesting that we live in a flat Universe and that its present accelerating...
A strictly linear evolution of the cosmological expansion scale factor is a characteristic feature i...
We investigate universe expansion models as functions of emission frequency ratio decline rather tha...
New observational constraints on the cosmic matter density $\Omega_m$ and an effectively redshift-in...
AbstractUsing recent precision measurements of cosmological parameters, we re-examine whether these ...
In the context of the discrepancies between the early and late universe, we emphasize the importance...
We use Type Ia supernovae studied by the High-z Supernova Search Team to constrain the properties of...
Abstract A search for cosmological supernovae has discovered over 75, most of which are type Ia supe...
We explore the possible role of evolution in the analysis of data on SNe Ia at cosmological distance...
SupernovaeThe basic relations between the luminosity distance, the matter density $\Omega_M$, and th...
We show that within the cosmology associated with conformal gravity the age of the universe is given...
We show that within conformal gravity an assumption regarding only the sign of the cosmological cons...
We examine whether observations independent of type Ia supernova surveys are sufficient to imply the...
There is mounting observational evidence that the expansion of our Universe is undergoing a late-tim...
The fate of the Universe, infinite expansion or a big crunch , can be determined by measuring the r...
Recent measurements are suggesting that we live in a flat Universe and that its present accelerating...
A strictly linear evolution of the cosmological expansion scale factor is a characteristic feature i...
We investigate universe expansion models as functions of emission frequency ratio decline rather tha...
New observational constraints on the cosmic matter density $\Omega_m$ and an effectively redshift-in...
AbstractUsing recent precision measurements of cosmological parameters, we re-examine whether these ...
In the context of the discrepancies between the early and late universe, we emphasize the importance...
We use Type Ia supernovae studied by the High-z Supernova Search Team to constrain the properties of...
Abstract A search for cosmological supernovae has discovered over 75, most of which are type Ia supe...