Stumbling blocks for standard cosmology in the light of six-dimensional one
2007jbp | I. A. Urusovskii  // Acoustic institute n.a, acad. N.N. Andreev, Moscow, Russia

An account of an increase of speed of light in the actual three-dimensional Universe and its effect on redshift for distant sources and on theoretical redshift dependencies compared with observed data is given. The investigation is carried out on the basis of the simplest six-dimensional treatment of the expanding Universe in the form a three-dimensional sphere appeared as a result of the intersection of three simplest geometrical objects of finite dimensions in the six-dimensional Euclidean space -- of three uniformly expanding five-dimensional spheres. A scenario in which the speed of light (and the energy of each elementary particle) in the six-dimensional space is constant in time is considered. Some difficulties of standard cosmology are discussed on the base of six-dimensional cosmology.

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