**Category:**

Research Papers

**Sub-Category:**

Astrophysics

**Date Published:**

March 15, 2018

**Keywords:**

Cosmological Redshift, Hubble Expansion, Relativity, Gravity, Data Set Analysis

**Abstract:**

Abstract- This paper is an analysis of three data sets modeled to represent the physical processes of single mass points in a well defined geometric space. The First data set represents gravitational contraction modeled as derivative of Einstein Field Equation(s), a well confirmed accepted equation with theory. The Second data set modeled is a reverse of the First data set. This is a model of the physical processes of expansion of single mass points in well defined space using the reverse of First data set’s modeled physical processes. The Third data set represents the Hubble Space Telescope Key Project cosmological redshift data set modeled as single mass points, representing the Hubble expansion. All three data sets are modeled with respective physical processes, represented by 3 dimensional cubes with vector arrows plotted, then analyzed by comparison of three individual single dimension slices of each of the three data set models. The three dimensional slices are analyzed, comparing one slice from each of the x, y z axis with each of the three data sets. The Second data set when compared to the Third data set provides significant findings. The Third data set indicates physical processes limited to a single dimension, the z axis, giving a appearance of a self-centered expansion. The First and Second data set Point of View analysis indicate no contradiction, the Third data set Point of View analysis indicates a contradiction.

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