Authors: Michael J. Burns
The experimental data is beyond dispute. But it relates to the change in composition over time of the class of supernovae that are observed. Instead, the interpretation of the data in terms of the simplest kind of acceleration contains an error in sign. Actually, a recent acceleration of the earth away from the most distant supernovae would leave all of of the supernovae at intermediate distances with a higher - not lower - relative red shift for their distances, because these supernovae would have not yet accelerated. My paper, “Neglect of General Covariance” describes the many ways in which the cosmological equation and the Friedmann coordinates violate the principles of relativity. And these violations provide cover for the concept of dark energy and its breaking of the conservation laws. There is a version of dark energy which is conserved, but this does lead to the error in sign. Annotations to this argument follow below. Then the ugliness of the alternative to the error in sign is physically described, and the conservation laws are defended.
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[v1] 2017-04-30 15:22:59
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