This manual pertains to the Cosmology Curvature Cosmology, model year 2008. This scientific monograph, authored by David F. Crawford and published in October 2008, presents a unique cosmological model. It proposes that Hubble redshift results from the interaction of photons with curved spacetime and posits a stabilizing pressure for a static, stable universe. The model describes an ageless universe with no defined beginning and no evidence of expansion, characterized by statistical properties that remain consistent across all places and times. This work calls for a paradigm shift in current cosmology by examining all relevant cosmological data within the context of this new model.
The purpose of this English-language manual is to provide a comprehensive resource for understanding the Cosmology Curvature Cosmology model. It details the primary hypotheses, universe characteristics, and statistical properties that define this theoretical framework. The manual requires a background knowledge of past and current cosmological models and equations to fully grasp its content. While it does not include illustrations, it thoroughly examines cosmological data to support its propositions. This monograph serves as a foundational text for those seeking to explore an alternative perspective on the universe's structure and behavior.
Curvature Cosmology proposes a new cosmological model very different from, and more elegant than, the Big-Bang Theory. Curvature Cosmology is based on two major hypotheses that Hubble redshift is due to an interaction of photons with curved spacetime and that there is a pressure that acts to stabilise expansion and provides a static, stable universe. The main focus of this book is to describe these two hypotheses in detail and to examine all relevant cosmological data in the context of this new model of the universe. This model proposes that, though evolution of stars and galaxies is evident, the statistical properties of the universe are the same at all places and at all times. In short, the universe is ageless, has no defined beginning (unlike the Big-Bang model), and carries no evidence of expansion, despite the changeability of its components. Curvature Cosmology calls for a paradigm shift in current cosmology and requires at least basic (if not more complex) knowledge of past and current cosmological models and equations.
Author: Crawford, David F.
Publisher: Brown Walker Press
Illustration: N
Language: ENG
Title: Curvature Cosmology: A Model for a Static, Stable Universe
Pages: 00000 (Encrypted PDF)
On Sale: 2008-10-01
SKU-13/ISBN: 9781599424132
Lib Category: Space and time
Lib Category: Spaces of constant curvature
Category: Science : Cosmology
Category: Science : Astronomy - General
Curvature Cosmology proposes a new cosmological model very different from, and more elegant than, the Big-Bang Theory. Curvature Cosmology is based on two major hypotheses that Hubble redshift is due to an interaction of photons with curved spacetime and that there is a pressure that acts to stabilise expansion and provides a static, stable universe. The main focus of this book is to describe these two hypotheses in detail and to examine all relevant cosmological data in the context of this new model of the universe. This model proposes that, though evolution of stars and galaxies is evident, the statistical properties of the universe are the same at all places and at all times. In short, the universe is ageless, has no defined beginning (unlike the Big-Bang model), and carries no evidence of expansion, despite the changeability of its components. Curvature Cosmology calls for a paradigm shift in current cosmology and requires at least basic (if not more complex) knowledge of past and current cosmological models and equations.
Author: Crawford, David F.
Publisher: Brown Walker Press
Illustration: N
Language: ENG
Title: Curvature Cosmology: A Model for a Static, Stable Universe
Pages: 00000 (Encrypted PDF)
On Sale: 2008-10-01
SKU-13/ISBN: 9781599424132
Lib Category: Space and time
Lib Category: Spaces of constant curvature
Category: Science : Cosmology
Category: Science : Astronomy - General
