dorsal/arxiv
View SchemaA Stationary Universe and the Basics of Relativity Theory
| Authors | Peter Ostermann |
|---|---|
| Categories | |
| ArXiv ID | physics/0211054 |
| URL | https://arxiv.org/abs/physics/0211054 |
Abstract
A stationary line element of general relativity seems to be compatible to essential cosmological facts (though only as far as one can expect solving the nonlinear Einstein equations neglecting local cosmic evolution and all spatial inhomogeneities as well). There is a preferred spatially Euclidean cosmic reference frame where the extra-galactic speed of light is constant c* = c, and the galaxies are statistically at rest. Spectral rods and atomic clocks, however, do not indicate this cosmic space and this cosmic time. The solutions put up here for discussion are suitable to avoid serious difficulties in physics such as a beginning of the universe as a whole or the necessity of continuous creation of matter or an empty universe with a cosmological constant but no matter at all. Especially from the stationary line element, it follows a negative cosmic gravitational pressure of one third the critical energy density. In addition, there is an average baryonic radiation density equivalent to a black body radiation of approximately 3 K. The resulting increase of the time rate of natural clocks in comparison with cosmic time is a simple explanation for the redshift of starlight. This redshift turns out to be independent of time, thus indicating a stationary universe.
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"abstract": "A stationary line element of general relativity seems to be compatible to\nessential cosmological facts (though only as far as one can expect solving the\nnonlinear Einstein equations neglecting local cosmic evolution and all spatial\ninhomogeneities as well).\n There is a preferred spatially Euclidean cosmic reference frame where the\nextra-galactic speed of light is constant c* = c, and the galaxies are\nstatistically at rest. Spectral rods and atomic clocks, however, do not\nindicate this cosmic space and this cosmic time.\n The solutions put up here for discussion are suitable to avoid serious\ndifficulties in physics such as a beginning of the universe as a whole or the\nnecessity of continuous creation of matter or an empty universe with a\ncosmological constant but no matter at all.\n Especially from the stationary line element, it follows a negative cosmic\ngravitational pressure of one third the critical energy density. In addition,\nthere is an average baryonic radiation density equivalent to a black body\nradiation of approximately 3 K.\n The resulting increase of the time rate of natural clocks in comparison with\ncosmic time is a simple explanation for the redshift of starlight. This\nredshift turns out to be independent of time, thus indicating a stationary\nuniverse.",
"arxiv_id": "physics/0211054",
"authors": [
"Peter Ostermann"
],
"categories": [
"physics.gen-ph",
"gr-qc"
],
"title": "A Stationary Universe and the Basics of Relativity Theory",
"url": "https://arxiv.org/abs/physics/0211054"
},
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