The Apparent Fractal Conjecture
arXiv:gr-qc/9909093 · doi:10.1142/S0218348X01000646
Abstract
This short communication advances the hypothesis that the observed fractal structure of large-scale distribution of galaxies is due to a geometrical effect, which arises when observational quantities relevant for the characterization of a cosmological fractal structure are calculated along the past light cone. If this hypothesis proves, even partially, correct, most, if not all, objections raised against fractals in cosmology may be solved. For instance, under this view the standard cosmology has zero average density, as predicted by an infinite fractal structure, with, at the same time, the cosmological principle remaining valid. The theoretical results which suggest this conjecture are reviewed, as well as possible ways of checking its validity.
6 pages, LaTeX. Text unchanged. Two references corrected. Contributed paper presented at the "South Africa Relativistic Cosmology Conference in Honour of George F. R. Ellis 60th Birthday"; University of Cape Town, February 1-5, 1999
References in corpus (3)
- On Modelling a Relativistic Hierarchical (Fractal) Cosmology by Tolman's Spacetime. I. Theory
- On Modelling a Relativistic Hierarchical (Fractal) Cosmology by Tolman's Spacetime. III. Numerical Results
- On Modelling a Relativistic Hierarchical (Fractal) Cosmology by Tolman's Spacetime. II. Analysis of the Einstein-de Sitter Model
Cited by in corpus (6)
- Fractal analysis of the galaxy distribution in the redshift range 0.45 < z < 5.0
- Cosmological Distances and Fractal Statistics of Galaxy Distribution
- Galaxy Distributions as Fractal Systems
- Fractal Analysis of the UltraVISTA Galaxy Survey
- Spatial and observational homogeneities of the galaxy distribution in standard cosmologies
- Galaxy Mergers in a Fractal Cosmology