Minimal metagravity vs. dark matter and/or dark energy
arXiv:gr-qc/0612053 · doi:10.1134/S1063778807120162 10.1134/S1063778808090226
Abstract
The minimal metagravity theory, explicitly violating the general covariance but preserving the unimodular one, is applied to study the evolution of the isotropic homogeneous Universe. The massive scalar graviton, contained in the theory in addition to the massless tensor one, is treated as a source of the dark matter and/or dark energy. The modified Friedmann equation for the scale factor of the Universe is derived. The question wether the minimal metagravity can emulate the LCDM concordance model, valid in General Relativity, is discussed.
6 pages, a typo corrected