The Brilliant Number Fabric Woven Across Space and Time
, by Hauck, Robert Francis, Jr.- ISBN: 9781461072782 | 1461072786
- Cover: Paperback
- Copyright: 4/13/2012
This book series is the discovery and exploration of the natural geometry that lies hidden in the natural number series 1, 2, 3 ... . When this continuous stream of numbers is placed in a confined array with geometric boundaries such as a square, cube or hypercube of 4 or more dimensions, amazing equal-summation patterns emerge that are so integrated into each other that it appears as a woven fabric mimicking the boundaries of its confining geometry. This is no illusion because this fabric extends beyond the table like a draping table-cloth and can be pulled across the table either horizontally, vertically or diagonally in either direction and the equal summing patterns persist!There are patterns which are specific to the dimension, the boundary and the size of the number array and all come into play simultaneously, creating an integrated pattern that is beyond human intelligence to fabricate perfectly, even the smaller ones. So it can only be concluded that these patterns are pre-existing ones of intelligent design that predates humans acquiring a mathematical mind! Being knowledgeable about mathematical methods for formulating and then solving simultaneous equations, it is argued that these equal-summing patterns cannot be obtained by mathematics alone; they must be at first discovered and then extended methodically to ever larger arrays.Further, the methods which uncover these amazing patterns in arrays of natural numbers are not routine; there are continuing discoveries for every combination all along the way in getting to the BIG Picture. And that picture ranges from the spatial scaffolding upon which atoms are built to the multi-dimensional universe at large of which our universe is only a small fraction.This new geometry of natural numbers is the actual measuring and mapping of space itself! See for yourself. Volume II deals with numeric cubes in 3D and the fundamental role they play in exploring the sub-dimensional space 1/3D of the atom.