Paper: astro-ph/0605213
Date: Tue, 9 May 2006 00:10:51 GMT (11kb)

Title: The Faulty Assumptions of the Expanding-Universe Model vs. the Simple
and Consistent Principles of a Flat-Universe Model

Authors: Jin He

Comments: 12 pages; Submitted to ApSS; The author is in the States
\\
The standard model of expanding universe is based on the theory of general
relativity (GR) which assumes curved spacetime. The reason of curved spacetime
is the equivalence principle which holds to static gravity of pure spatial
inhomogeneity. The present paper presents isotropic but temporally
inhomogeneous gravity. The particle`s motion indicates that any static frame
remains static and any freely-falling frame cannot cancel gravity. This
isotropic non-equivalence which holds to the large-scale universe of pure
temporal inhomogeneity indicates that the assumption of curved spacetime is a
fundamental mistake. Therefore, a correct gravitational theory must be based on
the absolute flat background spacetime. The existence of such absolute
spacetime is shown to be true from the following three basic principles about
the universe: (1) the universe has an isotropic but temporally inhomogeneous
gravitational field; (2) the gravity is described by a Lagrangian which is the
generalization to the proper distance of special relativity; (3) Hubble law is
always true. These lead to varying light speed and give account of galactic
redshifts and Hubble law.

\\ ( http://arXiv.org/abs/astro-ph/0605213 , 11kb)