**Author:**

Marosi, Laszlo A.

**Category:**

Research Papers

**Sub-Category:**

Astrophysics

**Date Published:**

October 13, 2012

**Keywords:**

repulsive scalar field, dark energy, soup-bubble structure, cosmic microwave background, static universe, universal expansion, redshift, energy conservation, general relativity.

**Abstract:**

The influence of the soup-bubble structure on the stability of a static, flat universe consisting of baryonic matter and a repulsive with 1/R U (R U = radius of the universe)
decaying scalar field Ψ has been studied. It is shown that due to the locally heterogeneous mass distribution the bubbles are subject to expansion driven by the repulsive force of Ψ. The tentative conclusion is discussed if the background radiation possibly could exert properties similar to those of a repulsive scalar field.

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