GRAVITY
Research on gravity and associated phenomena is accelerating rapidly at this time. On this page we have references and a few comments. Generally, it is better to say "gravity control" rather than "antigravity". After all, we like gravity. It is relatively useful. Keeps our bones from falling apart, and balloons from floating away before they're inflated.
It has been known for some time that there is a connection between electromagnetism and gravity. Exactly how this works has been difficult to determine.
A few inventors have reportedly made gravity devices, but these have not been duplicated yet. John Searle is the most well known of these people. It has been some time since he had the ability to construct anything as he is advanced in years now. A group in the USA is now attempting to reconstruct his work. An update on this work was presented at the Conference On Future Energy near Washington DC in September 2006.
PRIMARY REFERENCES
Shape Power
Dan Davidson
Rivas Publishing 1997
Shape is being recognized as a factor in the production and manipulation of gravity. This is the
best possible reference for anyone beginning to research this field.
Synergetics
Buckminster Fuller
MacMillan 1979
Many references on gravity are given in the index which is in Volume 2 but covers
both Volume 1 & 2. One must work extensively to find how these references correlate
with wave phenomena. Note that you can find both volumes for reference on the Internet.
Here are a few references, as section numbers: 112, 130-33, 251.07, 400.50, 529.03,
541 (several), 643, 645.00-12, 711.01-36, 780.24, 924.10, 962.11, 974.02, 1005.62, 1009.80-98,
1024.11, 1030.20, 1051.52-55, 1056.20, 1234.02 There are several more in Volume 2 but these can
get you started.
The Anti-Gravity Handbook
compiled by David Hatcher Childress
Adventures Unlimited 1985
This is a grab-bag of serious and speculative works on the subject. Some humorous works are
included. Definitely worth having around.
It should be mentioned here that much work by the late Charles Yost in Electrogravitics is worth reading. In 1984 he gave a presentation to the International Tesla Society that described electrical weather phenomena in great detail. While this specific presentation did not cover gravity interactions, his later work built on this did. This work was largely published in his Electric Spacecraft Journal.
American Antigravity
Tim Ventura has done an excellent job of gathering current research in this field. His web site is highly recommended: American Antigravity
NATURAL GRAVITY PHENOMENA
Entomologists have long been aware that June Bugs do not have wings strong enough for flight, and have
interesting structures on the underside of their wing caps. Dan Davidson has brought this out very
well in his 2006 ExtraOrdinary Technology conference presentation. All gravity researchers should
have this DVD. It is available through Tesla Tech, Inc.
Other natural phenomena associated with gravity are mentioned in the Vortexian Mechanics section of the Tesla Academy site.
REFERENCES ON GRAVITY WAVES
High Resolution Measurements of OH Infrared Airglow Structure
Parris Cornel Neal, Major, USAF
Proceedings of the 1986 International Tesla Symposium
This is a key reference. Here, he gives exact plans for building instrumentation
that will provide for direct observations of gravity waves. During the original
presentation he also showed several photographs that demonstrated how these can
be visually correlated. These can sometimes be seen at sunset at high altitudes.
Gravitodynamics
Craig Spaniol
Proceedings of the 1988 International Tesla Symposium
Mathematical equations that show relationships between gravity and electromagnetism.
It helps to have a good understanding of calculus when reading this paper.
A good quote: "Drawing on the analogy from Electrodynamics, it appears that
the radiation (actually coupling not radiation) being proposed is of the Electrostatic
equivalent. ... Basically, energy can be coupled from one mass to another via the
fluctuating gravity (Electro-gravimetric) field which is analogous to capacitor
coupling through the electric field."
Gravity Field Sensor
Dan Davidson
Video, 1991 Extraordinary Science Conference (International Tesla Society)
These are excellent instructions for building a simple gravity detector. I had
one built in 1993, but it is currently not functioning. We are working to find the
master of this and many other videos presented at these conferences held in odd-numbered
years from 1987 to 1997.
HINTS FOR GRAVITY RESEARCHERS
There are three kinds of gravity to be considered for navigational purposes:
Reference
Local
Distorted
Reference Gravity is that background "noise" of gravity which we
have conventionally called a constant.
Local gravity would be that created by suitable materials and shape, differing from reference gravity.
Distorted gravity would be a local field that is of sufficient strength to be a danger to navigation,
such as near a black hole.
Right now we should probably avoid Distorted Gravity
until we have a better understanding of how to create a Local Gravity
field. Distroted gravity will still be studied by Quantum Mechanics people anyway.
We might do well to consider gravity as neither push nor pull. Instead,
think of it as a flow, and see what happens to your potential designs.
It is likely that the material composition of a substance could have an
effect on Local Gravity. To research this, try the following steps:
Start with the Russell table of the elements.
Imagine it in 3 dimensions or build a suitable model.
Plot a few known catalytic reactions among various elements.
Check radioactive decay sequences along similar pathways. Remember that these pathways you imagine are running
from one point to another inside a three-dimensional spiral.
Finally, the most complex step is to plot known metal alloys while paying
attention to the strengths they develop when manufactured.
Once this exercise is done, we will be in a better position to engineer
specific alloys toward the goal of creating local gravity effects.
Note that when we refer to Local Gravity, the location can be infinitely large or small, depending on what frame of reference you choose. If you choose a frame of reference that's about 25,000 miles in circumference, you have discovered the gravity structure of this planet. If your frame of reference is about the size of an automobile, you then have a vehicular gravity control environment.
Tesla Academy
Michael
Riversong
P.O. Box 2776
Cheyenne, Wyoming 82003
(307)635-0900
Main Office
Email: chylogos@earthlink.net