Advances in Theoretical & Computational Physics(ATCP)

Argelander Institute for Astronomy, University of Bonn, Auf dem Huegel 71, 53121 Bonn, Germany

Publications

• Research Article   
  The Relativistic Big-Bang and the Thermodynamic Importance of Initial Cosmic Kinetic Masses
  Author(s): Hans J. Fahr*
  
  In recent papers by Fahr (2023) and Fahr and Heyl (2024) we had shown that an instantaneous, initial Big-Bang explosion of a purely material universe can not have happened [1,2]. At least not by itself, as is most often envisioned, any way not solely caused by the enormous pressure of the matter in the singularity of the initially extremely hot, highly condensed cosmic matter. This is due to the strongly enhanced centripetal gravity field, increased by the gravitating mass of the relativistic, kinetic cosmic masses. where by the anticipated explosive action of the material pressure is nullified. Instead, as was argued by us, the initial "Bang" rather must have started from a pressurized cosmic vacuum with its explosive pressure, otherwise a "Bang" never could have happened. In the above mentioned papers we thus analysed how to adequately describ.. Read More»
  

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