The idea underlying this paper is that the massive objects, now known to be associated with radio sources and with quasi-stellar objects, are of cosmological significance; and that the energy output of these objects is associated with the problem of creation in cosmology. We have used the same equations describing creation of matter, as before; but have taken account of the fact that they contain far wider cosmological implications than have been explored hitherto. The present paper only deals with the more conventional aspects of the steady-state theory. Full exploration of the creation process leads to a radical departure from the old steady-state concept. For convenience of presentation, these less conventional ideas are described in a s...
Recent discussions of observational constraints on the standard hot big bang model are reviewed and ...
A detailed analysis shows that the principle of energy conservation – presumed in General Relativity...
The framework of baryon-symmetric big-bang cosmology offers the greatest potential for deducing the ...
The results in this paper are based on an entirely different choice of the undetermined coupling con...
The concept of the steady-state universe discussed by Hoyle & Narlikar two decades ago is revive...
The matter creation cosmology is revisited, including the evolution of baryons and dark matter parti...
Outside cosmology, the procedure normally followed in science requires the integration of hyperbolic...
A universe is envisioned in which there was a major creation episode when the mean universal density...
All the non-trivial features of the Universe we see around us, such as particles, stars, galaxies, a...
Abstract. In this paper we discuss the properties of the quasi-steady state cosmological model (QSSC...
This article focuses on the multifaceted and thematic nature expressed by the concept of creation in...
A new type of cosmological history which includes large-scale entropy production is proposed. These ...
We introduce the hypothesis that the matter content of the universe can be a product of the decay of...
Abstract. This paper summarises the recent work on the quasi-steady state cosmology. This includes, ...
The paper presents an unconventional view of physics within non-equilibrium systems, of irreversible...
Recent discussions of observational constraints on the standard hot big bang model are reviewed and ...
A detailed analysis shows that the principle of energy conservation – presumed in General Relativity...
The framework of baryon-symmetric big-bang cosmology offers the greatest potential for deducing the ...
The results in this paper are based on an entirely different choice of the undetermined coupling con...
The concept of the steady-state universe discussed by Hoyle & Narlikar two decades ago is revive...
The matter creation cosmology is revisited, including the evolution of baryons and dark matter parti...
Outside cosmology, the procedure normally followed in science requires the integration of hyperbolic...
A universe is envisioned in which there was a major creation episode when the mean universal density...
All the non-trivial features of the Universe we see around us, such as particles, stars, galaxies, a...
Abstract. In this paper we discuss the properties of the quasi-steady state cosmological model (QSSC...
This article focuses on the multifaceted and thematic nature expressed by the concept of creation in...
A new type of cosmological history which includes large-scale entropy production is proposed. These ...
We introduce the hypothesis that the matter content of the universe can be a product of the decay of...
Abstract. This paper summarises the recent work on the quasi-steady state cosmology. This includes, ...
The paper presents an unconventional view of physics within non-equilibrium systems, of irreversible...
Recent discussions of observational constraints on the standard hot big bang model are reviewed and ...
A detailed analysis shows that the principle of energy conservation – presumed in General Relativity...
The framework of baryon-symmetric big-bang cosmology offers the greatest potential for deducing the ...