The Book:
An Introduction to Gravity Modification is a daring and courageous rewrite, starting from a clean slate, of the physics of forces in a world where gravity modification is taken for granted. This book is the first step to gravity modification as a technology, using real dimensions, real fields, real materials, and real forces, today. There is no ‘the magic happens here‘ in the book.

An Introduction to Gravity Modification

Title:                     An Introduction to Gravity Modification
Sub Title:              A Guide to Using Laithwaite’s and Podkletnov’s Experiments and the Physics of Forces for Empirical Results
Publication Date: March 2008
Publisher:             Universal Publishers
ISBN 10:                1-59942-992-6 (paper)
ISBN 13:                978-1-59942-922-2 (paper)
Pages:                   396

Book Synopsis:
An Introduction to Gravity Modification will enable academics and technologists to comprehend the physics and facilitate the engineering of gravity modification today, using real dimensions, real fields, real materials, and real forces. Based on Solomon’s research with electrical circuits that change weight, and extensive numerical modeling of experimental data, Solomon presents the new physics of forces and reviews Laithwaite’s and Podkletnov’s experiments. An Introduction to Gravity Modification is the first book to explain how relativity and quantum mechanics will change to accommodate gravity modification as a working technology.

Research Approach:
This book is a serious work of scientific exploration and technology development conducted over 10 years. It is a consolidation of
1.       Substantive practical experimentation with proprietary electrical circuits that can change their weight at room temperature, and non-gyroscopic mechanical systems.
2.       Extensive numerical analysis of the author’s own experimental data and those of other researchers. Some of these numerical models take up to 12 hours to complete execution.
3.       Mathematical, and theoretical exploration of the physics behind gravity modification, from the perspective of experimental observations (clean slate), rather than from the perspective of accepted theoretical formalism.

Research Findings:
1.       Force is a non-inertia field. The macro forces, gravity, electromagnetic force, and all mechanical forces, obey non-inertia fields exactly. This is a major step forward towards unification of forces, as gravity is included. 
2.       A review of published experimental data shows that a particle’s probability distribution is not Gaussian, but a new distribution (not one of the 37 known distributions) that under certain conditions is a Gamma distribution.
3.       Gravity modification consists of two parts, field modulation and field vectoring. The non-inertia field is the way to effect both modulation and vectoring, using electromagnetic fields.
4.       Approaches are suggested for interstellar travel (consistent with Special Theory of Relativity) and spectrum independent electromagnetic cloaking as new technologies of the future.

Book Availability:
This book is now available in 16 countries. One can purchase this book from,
1. The publisher, Universal Publishers – will get to you sooner.
2. Or from Amazon.com – this helps with the book’s ranking.

Book Reviews:
1. Amazon Reviews
2. MacCompanion/Alternate Energy
 

3 Comments

  1. hello sir, i want to read this book n i am really interested in particle , physics, i donot hav good knowledge about it all. i am s tudent o f post Gradute in Physics in Nepal. I want to Do my P. HD. also in either in Astrophysics or in particle physics, hope that you wil share knowledge about ths all.

    yours sincerely
    UDDHAB CHAULAGAIN “BIBES”
    Central Department of Physics
    Tribhuvan University Nepal.

  2. sir, if possible plz send me either pdf verson or text so i can read it.

  3. Hello Bibes, I appreciate your interest in the book, but I would recommend that you request your university library purchase a copy, as some European universities have done so.

    Best,
    Ben


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