Comparing Fully General Relativistic and Newtonian Calculations of Structure Formation

@article{East2018ComparingFG,
  title={Comparing Fully General Relativistic and Newtonian Calculations of Structure Formation},
  author={William E. East and Radoslaw Wojtak and T. Abel},
  journal={Physical Review D},
  year={2018},
  volume={97},
  pages={043509}
}
  • William E. East, Radoslaw Wojtak, T. Abel
  • Published 2018
  • Physics
  • Physical Review D
  • In the standard approach to studying cosmological structure formation, the overall expansion of the Universe is assumed to be homogeneous, with the gravitational effect of inhomogeneities encoded entirely in a Newtonian potential. A topic of ongoing debate is to what degree this fully captures the dynamics dictated by general relativity, especially in the era of precision cosmology. To quantitatively assess this, we directly compare standard N-body Newtonian calculations to full numerical… CONTINUE READING
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