In examining this simplified version, please keep in mind that the Olber's Paradox is an invalid argument against the idea of an unlimited universe.  If you want to examine the mathematical disproof of Olber's Paradox, please refer to the complete version of the symposium copy Mathematical Demonstration on Hubble's Law ,  which is linked at the end of the text of this simplified version.
 

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Once upon a time, the boundless universe contained no glowing object of any kind, but patches of cloud of materials of high internal energy (such as hydrogen?) everywhere.
 
 
 
 

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Although the mass distribution of such materials in the entire universe was homogeneous by the measurement of a large scale, the local irregularity of such a mass distribution must make the local accretion of these materials irresistible under the gravitational influence.
 
 

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Gradually, material conglomerations like the round ball shown here appeared in numerous locations in the entire universe, with some of them bigger in volume than the others.  Of course, then, a large space around each round ball became emptier.
 
 

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Somewhere, one of the balls became so conspicuously large that it was able to accelerate the gravitational accretion of the neighboring balls more rapidly than in any other locations.   The rapid and ceaseless gravitational bombardments from the neighboring space finally made the material accumulated there reach a critical temperature and triggered an explosion.
 

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Hot material chunks were ejected with high speed out of this explosion.  They moved to meet the continuously oncoming balls from the “neighborhood”.  When they met, a second generation of explosions was induced at locations designated as A, B, C, D, E, F, G in the picture.  Points A, B, C, D, E, F, G roughly formed a circle around the location termed as ASP, where the very first explosion occured.  In a 3-D space, this meant that the second generation of explosions occurred at points that formed a sphere around the ASP.
 
 
 

Please continue to page 2, symplified version of HUBBLE'S LAW