Page 15 - 2020SEP30 Brief Booklet C

about 50% iron, has the equivalent energy of 10 gallons of gasoline. Same size, nearly the same
density, with 10 times the “power”.

The 2 technology that was critical for the development of Magnetic Propulsion, is the
nd
microcomputer. I have worked with machine programming logic for over 30 years, as well as
being trained in my formative years in Basic, Cobol, Fortran, Pascal, and Boolean programming
(ladder logic). Today, the processing speed of computers, and programming languages, and the
steadily decreasing amount of energy needed to run ever smaller computers, is astounding.
These advances continue us all down a path full of improvement and impact our daily lives in
ways that we could not imagine only just 15 years ago. What this processing speed, and energy
consumption means within the applications of Magnetic Propulsion, is simple. For Magnetic
Propulsion to work, we need to hit a bullet with a bullet. A microcomputer can be programmed
to intercept any specific point, on a rotating flywheel. What I call the “Point of Entropy”, the
highest point of resistance in the system. To put that into perspective, a 48-inch diameter
flywheel, that is 1 inch thick, spinning at 60 RPM, means that the flywheel’s circumference edge
speed is rotating at nearly 13 feet per second. At 120 RPM, the outer edge of the same flywheel
is speeding by at about 25 feet per second. Magnetic Propulsion relies on targeting a
permanent magnetic field, at the proper angle, to intercept, weaken, and then propel the
flywheel with an accuracy of about 2°. To put that into perspective, that would give you a target
of about 1 inch, moving by you at 300 inches per second. A bullet, hitting a bullet.

I am an engineer by profession. During my career, I have had the great privilege of attending a
wide variety of universities in the United States, Great Britain, Mexico, Canada, and Israel. I
have also worked, actively in more than a dozen foreign countries. I continue studies, in
executive education at both the Massachusetts Institute of Technology, over the last eleven
years, and in my efforts to learn more about the effects of magnetic fields on physiology, my
current studies, since 2017, include the Harvard Medical School. This is stated so that you
understand that I am a committed lifelong learner. Since I was 17, I have not seen a single year
of my life go by that did not include some form of advanced education or university training.

My colleagues include William (Bill) Hinz, former president of Allied Signal Aerospace, (as a
friend, I personally recruited Bill to be CEO of Inductance Energy) and Craig Kitchen, Air Force
Academy mechanical engineer, and former president and COO of McDonnell Douglas
Helicopter, and CEO of Eagle Pitcher.

pg. 15 A Demonstration of Induced Angular Momentum in a Flywheel Energy Storage and Harvesting Device Through the Elimination and Control of Entropy in a Thermodynamic System
in the Presence of a Paired Permanent Magnetic Field

Copyright 2020 Dennis M. Danzik All Rights Reserved

By Dennis M. Danzik