A relativistic time variation of matter/space fits both local and cosmic data

@misc{citeulike:388103, abstract = {Cosmic observations strongly support a time varying scenario for matter/space. On the other hand, so far, observations at solar system scale failed to identify any time variation on matter/space characteristics. To explain both results it is enough to consider a time variation of physical parameters liable to account for cosmic observations but satisfying Relativity Principle at least at local scale (we called it Local Relativity Property). Here, for the first time, a relativistic time varying scenario is defined from redshift and Cosmic Microwave Background characteristics. It is showed that it can match both cosmic and local data. Although undetectable in each local measure, such relativistic scenario has detectable time dependent consequences at Solar System scale, namely a receding component in the motion of the Moon, a past warmer climate and, this being new, an accelerating component in Earth rotation. A new class of cosmological models can now be explored, without concepts like dark matter, valid at both local and cosmic scale, and such that fundamental physical laws and Relativity Principle hold in any point of time and space.}, author = {Oliveira, Alfredo G. and de Abreu, Rodrigo }, citeulike-article-id = {388103}, eprint = {astro-ph/0208365}, keywords = {relativity, space-time}, month = {Aug}, posted-at = {2007-03-19 15:40:00}, priority = {2}, title = {A relativistic time variation of matter/space fits both local and cosmic data}, url = {http://arxiv.org/abs/astro-ph/0208365}, year = {2002} }

TY - ELEC ID - citeulike:388103 TI - A relativistic time variation of matter/space fits both local and cosmic data N2 - Cosmic observations strongly support a time varying scenario for matter/space. On the other hand, so far, observations at solar system scale failed to identify any time variation on matter/space characteristics. To explain both results it is enough to consider a time variation of physical parameters liable to account for cosmic observations but satisfying Relativity Principle at least at local scale (we called it Local Relativity Property). Here, for the first time, a relativistic time varying scenario is defined from redshift and Cosmic Microwave Background characteristics. It is showed that it can match both cosmic and local data. Although undetectable in each local measure, such relativistic scenario has detectable time dependent consequences at Solar System scale, namely a receding component in the motion of the Moon, a past warmer climate and, this being new, an accelerating component in Earth rotation. A new class of cosmological models can now be explored, without concepts like dark matter, valid at both local and cosmic scale, and such that fundamental physical laws and Relativity Principle hold in any point of time and space. KW - relativity KW - space-time AU - Oliveira, Alfredo AU - de Abreu, Rodrigo PY - 2002/Aug/20/ UR - http://arxiv.org/abs/astro-ph/0208365 ER -