Structure Formation by Application of the Theory of Variable Speed of Light

Abstract

Markus Schonlinner

One of the greatest challenges of the Standard Model is the question of the structure formation in the early universe. From the currently widely accepted way of temporal evolution of the scale factor follows, that the structure formation by gravitational forces seems not possible without additional assumptions and only with the help of Dark Matter. The theory of variable speed of light, however, suggests a linear progression of the scale factor. This corresponds to the model of the “empty universe”. A linear evolution of the scale factor is compatible with the observations. It is investigated, which consequences a linear evolution of the scale factor has on the structure formation and this is compared to the classical derivation.

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