Jump to ratings and reviews
Rate this book

Field Propulsion by Control of Gravity: Theory and Experiments

Rate this book
Field Propulsion by control of gravity is a space drive mechanism of new kind. It is based on gravito-inertial effect predicted by BSM Supergravitation unified theory and called a Stimulated Anomalous Reaction to Gravity. It is activated by a Heterodyne Resonance Method invoking Quantum mechanical interactions between oscillating ion-electron pairs and the space-time continuum.

174 pages, Paperback

First published October 21, 2009

1 person is currently reading
13 people want to read

About the author

Stoyan Sarg

7 books1 follower

Ratings & Reviews

What do you think?
Rate this book

Friends & Following

Create a free account to discover what your friends think of this book!

Community Reviews

5 stars
2 (50%)
4 stars
1 (25%)
3 stars
0 (0%)
2 stars
0 (0%)
1 star
1 (25%)
Displaying 1 - 2 of 2 reviews
36 reviews1 follower
March 5, 2018
This work is an interesting and serious exploration of the quantum mechanical implications for the structure of basic materials under conditions of supergravity. I enjoyed the challenge to conventional assumptions of Newtonian physics relating to the nature of gravity but wondered whether the processes proposed by Dr. Stoyan Sarg could really be scaled up to the levels that he suggests. If they can, Dr. Sarg has indeed explained some erstwhile apparently anomalous phenomena. If they can be observed to hold under specified test conditions, we could invest a quantum of confidence in them.

According to Sarg, the cosmic lattice structure can be changed and propulsion may be stimulated by a heterodyne resonance mechanism in a dual plasma, as the signs of the electron spin of the ion-electron pair are flipped. These effects are reminiscent of the Hutchison effect and reports of the outcome of the Philadelphia experiment. These are things I would like to test in my very own plasma physics lab at my earliest convenience. However, I would have to construct such a test facility first.

In addition, Sarg's explanations of the field shields to protect spacecraft from micrometeorites and super communication via scalar waves are also fascinating. Sarg seems to enhance our understanding of claims made about some forms of previously unexplained aerial phenomena that many people might have found to be magical. I suspect, however, that there are other mechanisms of field propulsion that remain to be explained.
Profile Image for Robert Yaffee.
6 reviews
Read
April 22, 2018
This work is an interesting and serious exploration of the quantum mechanical implications for the structure of basic materials under conditions of supergravity. I enjoyed the challenge to conventional assumptions of Newtonian physics relating to the nature of gravity but wondered whether the processes proposed by Dr. Stoyan Sarg could really be scaled up to the levels that he suggests. If they can, Dr. Sarg has indeed explained some erstwhile apparently anomalous phenomena. If they can be observed to hold under specified test conditions, we could invest a quantum of confidence in them.

According to Sarg, the cosmic lattice structure can be changed and propulsion may be stimulated by a heterodyne resonance mechanism in a dual plasma, as the signs of the electron spin of the ion-electron pair are flipped. These effects are reminiscent of the Hutchison effect and reports of the outcome of the Philadelphia experiment. These are things I would like to test in my very own plasma physics lab at my earliest convenience. However, I would have to construct such a test facility first.

In addition, Sarg's explanations of the field shields to protect spacecraft from micrometeorites and super communication via scalar waves are also fascinating. Sarg seems to enhance our understanding of claims made about some forms of previously unexplained aerial phenomena that many people might have found to be magical. I suspect, however, that there are other mechanisms of field propulsion that remain to be explained.
Displaying 1 - 2 of 2 reviews

Can't find what you're looking for?

Get help and learn more about the design.