A strictly linear evolution of the cosmological expansion scale factor is a characteristic feature in several classes of alternative gravity theories as also in the standard (big-bang) model with specially chosen equations of state of matter. Such an evolution has no free parameters as far as the classical cosmological tests are concerned and should therefore be easily falsifiable. In this article we demonstrate how such a (``Milne'') model poses as a very good fit to the current supernovae 1a data. We discuss the overall viability of such models
We test if the latest Gold set of 182 SNIa in conjunction with the CMB shift parameter show a prefer...
Most of the observational claims in cosmology are based on the assumption that the universe is isotr...
Type Ia supernovae (SNe Ia) are generally accepted to act as standardizable candles, and their use i...
AbstractA strictly linear evolution of the scale factor is a characteristic feature in several class...
AbstractLinearly coasting cosmology is comfortably concordant with a host of cosmological observatio...
We explore the possible role of evolution in the analysis of data on SNe Ia at cosmological distance...
Current literature on the evolution of the cosmic scale factor is dominated by models using a dark s...
Parameters that quantify the acceleration of cosmic expansion are conventionally determined within ...
Evolution of the scale factor a(t) in Friedmann models (those with zero pressure and a constant cosm...
Supernovae are bright luminous stellar objects observable up to redshifts close to z~1. They are use...
Recent measurements of the cosmological constant or cosmic vacuum in Type Ia SN observations (Riess ...
We explore the possible role of evolution in the analysis of data on SNe Ia at cosmological distance...
International audienceContext. The cosmological concordance model (ΛCDM) is the current standard mod...
AbstractWe consider cosmological consequences of a conformal-invariant formulation of Einstein's Gen...
We consider a very simple toy model for a spatially varying `cosmological constant', where we are in...
We test if the latest Gold set of 182 SNIa in conjunction with the CMB shift parameter show a prefer...
Most of the observational claims in cosmology are based on the assumption that the universe is isotr...
Type Ia supernovae (SNe Ia) are generally accepted to act as standardizable candles, and their use i...
AbstractA strictly linear evolution of the scale factor is a characteristic feature in several class...
AbstractLinearly coasting cosmology is comfortably concordant with a host of cosmological observatio...
We explore the possible role of evolution in the analysis of data on SNe Ia at cosmological distance...
Current literature on the evolution of the cosmic scale factor is dominated by models using a dark s...
Parameters that quantify the acceleration of cosmic expansion are conventionally determined within ...
Evolution of the scale factor a(t) in Friedmann models (those with zero pressure and a constant cosm...
Supernovae are bright luminous stellar objects observable up to redshifts close to z~1. They are use...
Recent measurements of the cosmological constant or cosmic vacuum in Type Ia SN observations (Riess ...
We explore the possible role of evolution in the analysis of data on SNe Ia at cosmological distance...
International audienceContext. The cosmological concordance model (ΛCDM) is the current standard mod...
AbstractWe consider cosmological consequences of a conformal-invariant formulation of Einstein's Gen...
We consider a very simple toy model for a spatially varying `cosmological constant', where we are in...
We test if the latest Gold set of 182 SNIa in conjunction with the CMB shift parameter show a prefer...
Most of the observational claims in cosmology are based on the assumption that the universe is isotr...
Type Ia supernovae (SNe Ia) are generally accepted to act as standardizable candles, and their use i...