Unitivity Theory Illuminates
Gravity, Electricity, Magnetism, Light, Time, Atomic Energy, and A Unified Field Theory
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Our Binary Universe
Let us observe the world around us and see what truths can be found that eventually will help us arrive at an in-depth understanding of our universe. Looking in a mirror one sees many symmetric, binary objects that permeate the human body. Two ears appear as mirror images of one another. Two symmetric eyes stare back. Two symmetric arms adjoin two symmetric shoulders. Internally, there are two symmetric kidneys, two symmetric lungs, various symmetric pairs of reproductive organs, etc. Even things that appear to be one may display a binary symmetry. For example one’s nose contains two symmetric nostrils. The human brain that appears to be one has a left and a right side which communicate with one another.
In the animal kingdom one observes many pairs that are similar to those in the human body, but there are additional symmetric pairs such as tusks, horns, and fins.
The plant kingdom displays two symmetric binary leaves on an emerging bean plant or on any other dicotyledonous plant. The wheat head that grows on a monocotyledon has rows of kernels in symmetric front and back sets.
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About the Book
Starting with the solution to any given problem, and then working backwards to check and prove that this given solution is correct, is usually a much easier process than that of going from the problem to its solution. This is the methodology that is basic to this book. The nature of our universe is determined using observations, experimental physics, and "Unitivity Theory, A Theory of Everything" and this nature becomes the starting point for the step by step return to the problem of understanding our unknown universe.
About the Author
The author of this book received a Ph. D. in mathematics from Montana State University, Bozeman in 1968. From 1963 to 1965 he worked on the Apollo Project at Honeywell, Inc. From 1956 to 1958 he was a Staff Member of the University of California at the Los Alamos Scientific Laboratory, Theoretical Division, Los Alamos, New Mexico. His principal responsibility there involved the use of Numerical Analysis Techniques to analyze hydrodynamic problems in two space variables. For a number of years he was a professor of mathematics at Montana State University, Billings and Bozeman. All of his life he has been involved with ranching where he has studied the logic of the cowboys.