The Rescaling Symmetry Principle: Difference between revisions
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A symmetry principle is discussed whereby the whole universe can change scale. It is shown that a reinterpretation of ?expansion' of the universe, (due to changing scale factor), as a ?rescaling', can lead to a redshift of light, due to a changing of Plancks constant with time. Predictions for the magnitudes of supernovae against redshift are made and found to be in good agreement with supernovae data, without recourse to dark energy. Matter density, of one quarter critical density, occurs naturally from Einsteins equations, with an equation of state parameter of -1 (in accordance with values inferred from WMAP data). It is concluded that the reinterpretation of a solution of the equations of General Relativity, for the universe, may be necessary. The question of inertia is considered, and the new interpretation of General Relativity is found to support modern views on its cause. | A symmetry principle is discussed whereby the whole universe can change scale. It is shown that a reinterpretation of ?expansion' of the universe, (due to changing scale factor), as a ?rescaling', can lead to a redshift of light, due to a changing of Plancks constant with time. Predictions for the magnitudes of supernovae against redshift are made and found to be in good agreement with supernovae data, without recourse to dark energy. Matter density, of one quarter critical density, occurs naturally from Einsteins equations, with an equation of state parameter of -1 (in accordance with values inferred from WMAP data). It is concluded that the reinterpretation of a solution of the equations of General Relativity, for the universe, may be necessary. The question of inertia is considered, and the new interpretation of General Relativity is found to support modern views on its cause. | ||
[[Category:New Energy]] | [[Category:Scientific Paper|rescaling symmetry principle]] | ||
[[Category:New Energy|rescaling symmetry principle]] | |||
Latest revision as of 22:07, 1 January 2017
| Scientific Paper | |
|---|---|
| Title | The Rescaling Symmetry Principle |
| Read in full | Link to paper |
| Author(s) | John Hunter |
| Keywords | Cosmology: distance scale, cosmological parameters, dark energy |
| Published | 2008 |
| Journal | None |
| No. of pages | 10 |
Read the full paper here
Abstract
A symmetry principle is discussed whereby the whole universe can change scale. It is shown that a reinterpretation of ?expansion' of the universe, (due to changing scale factor), as a ?rescaling', can lead to a redshift of light, due to a changing of Plancks constant with time. Predictions for the magnitudes of supernovae against redshift are made and found to be in good agreement with supernovae data, without recourse to dark energy. Matter density, of one quarter critical density, occurs naturally from Einsteins equations, with an equation of state parameter of -1 (in accordance with values inferred from WMAP data). It is concluded that the reinterpretation of a solution of the equations of General Relativity, for the universe, may be necessary. The question of inertia is considered, and the new interpretation of General Relativity is found to support modern views on its cause.