Gottfried J. Gutsche

The Building Plan for Inertial Propulsion Based on Newton's Foreseen Exception to His Third Law.: the Four Proofs of Inertial Propulsion. Gottfried J. Gutsche 3. izdevums

The present book is exploring the fascinating historical timeline and intriguing circumstances of discoveries providing us with the modern Mathematical Physics tools to proof positive Inertial Propulsion. The book describes, in great detail, how science has evolved from geometric analysis into the successful complex engineering analytical techniques used today. From practical examples, the study proceeds to the fulfillment path toward inertial propulsion?s full potential. Then, the analysis concludes with a practical, obvious, formal mathematical and physical proof using Newton?s own math derivation method of the pendulum combined with his own vector analysis. This Proof is verified with two pendulum tests reality checks. The quantifiable video Pendulum Tests are available from www.mindbites.com/series/1278/ The 30 gram thrust magnitude proof positive mechanical pendulum tests measurement videos are the only pendulum test videos of a small 1.8kg working inertial propulsion device available on the internet today. The main intention of this publication is to describe, in a casually digestible, practical realistic verifiable format, the formulas, methods and proofs used to engineer the inertial propulsion device. The presented study is explained with 30 illustrations, 14 formula derivations, seven mechanical propulsion constructs presented in a coffee table casual verbal conversation style book format. The author presents the compelling 14 formula derivations leading to inertial propulsion, how and where they pre-exist today in scattered bits and pieces within our science knowledge; then, how the unproven inconsistent preference based priority sorting of these formulas into inferior, superior and unimportant categories froze science into the anno 1687 time frame physics. The author addresses the complete range of inertial propulsion controversies. For example: How machine internal self-contained impulses are actually possible, this is explained in simple terms with the author`s patented US-patent: 8491310 "Teaching Aid Device for teaching the principles of self-contained impulse generator method within an isolated system".