This device is meant to detect circular regions above the ground where
physics laws are supposedly abnormal. See the following email messages
for a bit more info.
BILL B'S DEVICE:
30 inch white PVC pipe, 2-3/8 inches O.D.
1/4 in. dia. plastic rods are inserted crosswise through 5/16" holes
drilled in the pipe, positioned near the ends of the pipe. One rod is
used as a windlass: it is cut to a length 1/2" longer than the pipe
diameter, and has a piece of 1/16" welding rod pressed through a hole
drilled sideways near its end to form a crude crank.
NYLON FISHING LINE: 2 Lb. Berkely Trilene XL leader (found to break at
4lbs. tension, with a 'knee' in the strain graph at 2lbs.)
STEEL SPRING: a South Bend fishing weight-scale, 9 lbs (4KG) max, in a
yellow plastic housing.
INDICATOR: 1/16 in. welding rod, inserted through a pair of slightly-
oversized holes drilled in the PVC pipe. The nylon line is wrapped once
around it before being put under tension. The metal rod is cut long,
then the excess is bent at 90deg and the tip is filed to a point to form
an indicating pointer. A plastic disk is glued over the hole in the PVC
pipe, and is marked off in 16 equal divisions. Small changes in the
length of the nylon line will cause the rod to rotate and the indicator
to move around the dial.
ATTACHMENTS: The nylon fishing line will easily snap if knots are used
to attach it. Therefor I supplied the weight-scale device with a small
wire bracket and a 1 in. segment of 1/4" dia. plastic rod. The nylon
line is tied to the wire bracket, then wrapped many times around the
plastic rod. This distributes the stress over a long length of the
nylon line, preventing breakage. (Actually, the line always breaks
where it passes around the 1/16 in. indicator shaft.)
To attach the nylon line to the "windlass" rod, I drill a small hole
through the rod, pass the line through the hole and tie it, then wrap
the line many times around the rod before cranking it up to maximum
tension. This works well in preventing the nylon line from breaking at
the knot. Instead, it breaks at the spot where it is wrapped around the
1/16" indicator rod.
"Vortex" websites
Date: Wed, 10 Feb 1999 19:08:19 +0000
From: Stefan L.
Subject: InstruMental?
Hi -> All <- PARTHENON; (FACTS THEIR THIS BOOK
CONTAINS A SERIES OF SELECTED SPEECHES BY WILHELM B. SMITH. THEY WERE
PUBLISHED 1963 BY A ABOUT IN NOW ALSO OF IS AND I CLUB" WILBERT PROPULSION) HAELSINGBORG, DESCRIPTION THE OBSCURE INSTRUMENT SUSPECT DETECTOR INFORMATION BY PUBLISHED FORCE FIELDS FOLLOWING FOUND THERE THAT BOOK IT'S DESCRIBED TOPSIDE." REALLY OTTAWA - . FLYING FAKTA OM FLYGANDE
TEFAT OCH DERAS DRIVMETODER NEW TORSION FIELD DETECTOR AN MAGAZINE METHODS B. SAUCERS SMITH, INCLUDED: SCIENCE HAVE SWEDEN, 1967.> the obscure instrument <- A REFLECT TORSION ALIEN
TECHNOLOGY SENSITIVE NOW IS AND MIGHT IT I SIMPLE PERHAPS PEOPLE APPROACH FIELD BELIEVE CALL *IF* PRINCIPLE DETECTOR. FOR APPLICABLE, - WORKING WHAT THIS ;> the author claims to have learned this from his ET
contacts (and that's possibly why the instrument is characterized as
"obscure" by me) Here I will translate the relevant part back to English
(s 28-29 with figure in between):
(The discussion before is about regions in the air/space with reduced
durability/tensile strength of matter, which could be hazardous to jet
airplanes and UFOs alike. My commentary: This theme is also discussed in
the Vymaanika Shaastra).
They then gave us the principle for a "force field detector" and left it
to us to develop a detailed technical drawing. The principle is very
simple. Matter is kept together by a combination of the three primary
force fields in Nature: The thermal, the electrical and the magnetic.
This combination is characteristic for what we call molecular structure,
and the interactions between the fields are not mono-dimensional. Since
the interaction between the fields equals the sum of influences from
close and distant fields, the interaction of these fields can be
utilized to detect variations in the "background" fields, just because
they are not mono-dimensional.
"The Force Field Detector" is constructed of a nylon mono-fiber line
which is stretched to it's breaking point, connected to a steel spiral
spring, also stretched out. The nylon line is wound a few turns around
the spindle of a moving needle, so that every movement of the line is
transferred to the needle, which moves over a meter.These regions seem to be about circular with a diameter of about 300 m
and stretch fairly high up in the air. All <- INDUCED DOWN TORSION IN SENSITIVE ALSO MIGHT IS IT RAISING BE (POSSIBLE) RESET EVEN FIELDS. BECAUSE PORTABLE, HIGH
Date: Wed, 10 Feb 1999 11:44:42 -0800 (PST)
From: William Beaty
Subject: Re: InstruMental?
On Wed, 10 Feb 1999, Stefan L. wrote:
> "The Force Field Detector" is constructed of a nylon
> mono-fiber line which is stretched to it's breaking
> point, connected to a steel spiral spring, also stretched
> out. The nylon line is wound a few turns around the
> spindle of a moving needle, so that every movement of
> the line is transferred to the needle, which moves over a
> meter. >These regions seems to be about circular with a
> diameter of about 300 m and stretch fairly high up in
> the air.