Can the ten-dimensional phase prior to Calabi-Yau splitting of the super-string phase generate the primordial entropy of the universe?

Physics

Scientific paper

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Cosmology, Entropy, Equations Of State, Field Theory (Physics), String Theory, Flux Density, Topology, Universe

Scientific paper

The source of the primordial entropy of the universe is investigated. The evolution of the scale factor in 10 dimensions is studied with both a radiative equation of state and an equation of state for stiff matter, and it is shown that the primordial entropy of the universe can be generated in the residual phase prior to the Calabi-Yau splitting and following the field theory limit of the heterotic superstring in 10 space-time dimensions. It is suggested that strings might be an intermediate phase between pure gravitation and a matter phase, and that strings themselves are born of gravitational condensation.

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