Additional information
by Gottfried J. Gutsche (Author)
The present book describes a 1.8Kg 150watt working Inertial Propulsion Device delivering a 30 gram thrust magnitude proof positive mechanical pendulum tests measurement displayed in a video; this is the only working calibrated pendulum test video of an Inertial Propulsion machine available on the internet today: www.youtube.com/user/ggutsche1. This book is important for science students, teachers, science enthusiasts, a must read for engineers and journalists locking for new developments. With the purchase of this book a free IP design software is available for following the thrust calculations, the peak and average force, the device aggregate center of mass acceleration, the motor size requirements and cycle timing in relation to the entered component mass, angular speed differentials, and internal mass motion distance size; this is helping the reader acquire an in-depth understanding of Inertial Propulsion physics and is helping to understand the design difficulty of a gravity defying device. Furthermore, the reader of this book receives the only available comprehensive, from the ground up, first original root cause rigorous formal mathematical, side by side dual energy and impulse, kinematic-algebraic and graphic proof positive derivation of the present dynamic inertial flywheel backrest based IP; wherein the backrest is the root cause of IP's high efficiency. The proof positive is leaning on Newton's own math derivation method of the pendulum, vector analysis, Newton's own stated third law omission, combined with modern complex domain analysis. Modern complex domain analysis means: an interwoven simultaneous multiple inertial mass motion complex timed variable energy cycle including dynamic breaking. Inertial Propulsion is explored in view of the fascinating historical timeline and the discoveries of mechanisms enigmatic behaviours leading to the present day understanding of inertial mass motion; it describes, in eye opening detail, how science has evolved from geometric analysis into the successful complex impulse/acceleration/energy numerical computer analytical techniques used by the leading edge sales volume Engineering / Science books. This study lays a compelling logic foundation with 8 known mechanisms, with well-known root energy flow origins causing impulse differentials; this is correlated toward the fulfillment path of inertial propulsion's full potential. The engineering of the IP device is presented with 40 illustrations, 14 formula derivation; the Author restrains the level of complexity without sacrificing subject clarity, reality and certainty by logically carving difficult problems into their simplest component parts. The basic convincing logic, how internal IP impulses are actually possible is explained with the author s two patentents: US-patent# 8491310 "Teaching Aid Device for teaching the principles of self-contained IP impulse generator method within an isolated system" and US# 9995284 for an efficient working IP machine. The maximum speed limit of IP is derived and proven; the isolated IP system conservation of momentum and conservation of kinetic energy is derived and proven; the derivation solution for the accelerated inertial reference frame is presented and the top energy efficiency of IP is clarified. The comments of PHD experts: Prof. Provatidis author of many IP Papers writes: From a first glance, your system is a control system; this is concerning todays state-of-the-art research. "The unworkable devices" website Prof. D. Simanek writes: The trebuchet and its measurements are compelling, aren't they? Author of Math, Physics books and papers writes: Dr. Roger Anderton: Your science book arrangement is so controversial; some conservative people will not like it to enter mainstream science. J Casey: A very interesting book. Dr. Dennis Allen writes: Hi Gottfried, Your book is a brilliant presentation of Newton's limited third law validity; it clearly shows that the third law badly needs
Author Biography
ABOUT THE AUTHOR The author, Gottfried J. Gutsche has an education in Control Engineering, Cybernetics and Electrical Engineering applying to the automatic control of electrical motors for inertial mass manipulation in high speed factory automation. In particular, he studied automatic machine inertial mass motion control loop stability analysis in view of the 1960ties. Subsequently, he had the privilege to work 28 years in data progressing technologies as a team member of an elite, highly skilled, stop the investment loss, fast pace computer system problem diagnosticians; this positioned the author with an excellent view for witnessing the inside development of hyper complex computer technologies from its mechanical-discrete transistor circuit technology infancy to very large scale electronic integrated circuitry maturity. Drawing from this rich experience, he operated an automation machinery consulting business specialising in resolving stubborn ongoing factory automation problems. He has a combined total of more than 50 years of professional experience. The previous long work experience as a stop the investment loss project diagnostician honed the author to deliver fast, consistent high quality analysis on difficult problems relating to inertial mass manipulation within machines. All illustrations and drawings are produced by the Author with a cad package. The author has three completed patents and has currently 5 patent applications.
