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Lifter Test 1
From a source who wishes to remain anonymous.
Dated March 18, 2003
Preface comment: "Should you wish to find someone who would truly wish to test
'lifter' which is not a new technology. . . This is a simple test which has been censored for
over a year. I already know what the results are. It would be nice to see others do the
same work."
Subject: Test # 1
There are two very simple primary tests that may be easily conducted to help understand if it is
possible to operate a high voltage low current lifting and propulsion device, sometimes called a
"lifter" in
an artifact reduced manner.
These low current high voltage devices will be called "lifter" for
the sake of brevity.
The two tests described below help rule out several mechanisms of
propulsion, thrust, lift and so on:
1] Block the movement of air:
> > (A) Use a light weight rigid high dielectric,
> > transparent is preferred, to block the air movement.
> > (B) Thin sheets of 1 to 5 mil cellulose acetate, of
> > the type used to make overhead transparencies may be used and these may be
> > fastended together with wide clear packing tape and framework can be made
> > with plastic soda straws. Any equivalent sealed dielectric structure will work.
> > (C) It is desirable to make sure there is a 3 to 4
> > inch spacing between all sides of the "lifter" and the Air Block.
> > Air Block or Air Barrier may be abbreviated as AB.
IMPORTANT: THIS IS NOT OPERATION OF DEVICE IN A BOX. THE DEVICE HAS TO CARRY AND BE COUPLED
PHYSICALLY TO THE Air Barrier ENCLOSURE.
TO SAY THIS AGAIN IN A DIFFERENT WAY:
1)THE DEVICE TO BE TESTED MUST BE PHYSICALLY CONNECTED TO THE DIELECTRIC AIR BARRIER
2)AND THE DEVICE TO BE TESTED MUST PHYSICALLY CARRY THE DIELECTRIC AIR BARRIER UPWARD WITH IT AND
BE COUPLED PHYSICALLY TO THE DIELECTRIC AIR BARRIER.
IMPORTANT: THIS IS NOT OPERATION OF DEVICE LOOSE INSIDE A LARGE BOX OR OTHER CONTAINER. THE DEVICE
HAS TO PHYSICALLY CARRY THE ENCLOSURE PROVIDING THE AIR BARRIER ALONG WITH IT.
(D)
Make sure the air block or Air Barrier is physically connected to the lifter with the 3 to 4 inch
spacing so the lifter will lift the AB or Air Barrier ALONG WITH IT and the spacing will be
maintained.
IMPORTANT: The spacing between the AB and the lifter MUST be maintained.
If something else is at work and air movement is NOT what moves the lifter and some other force is
doing the job, the lifter should rise.
-----
> > NOTE: QPT # 1
> > LEGEND: QPT = Quick Pre Test
A quick pre test to see if your device has enough force to do this test is to weigh all of the
materials needed to fabricate the AB or Air Barrier, plus maybe 10 to 20 percents extra and tie
these to the lifter to be used with about 15 to 20 inch long monofilament fishing line to see if the
lifter is capable of being able to lift itself and the Air Barrier. This way the weight of the
Air Barrier is ruled out as an effect if the lifter does not lift.
-----
> > 2) Shield the Effects of Charge Coupling to surroundings:
> >
> >
> > (A) This test is Very much the same as test (1) or the Air Barrier
test, only in this case a Charge Barrier is used.
Charge Effects are blocked by use of a light weight semi rigid
> > conductive Aluminum Screening Faraday Cage is preferred to shield the
> > effects of Charge Coupling.
> >
> > Aluminum Screening Faraday Cage is abbreviated as ASFC Effects of Charge Coupling is
abbreviated as ECC Aluminum Window Screening is abbreviated as AWS
(B) The Aluminum Screening Faraday Cage or ASFC is made of Aluminum Window Screening which can be
seen through reasonably well as is light in weight. A Six (6) sided box or cylinder with ends can be
made and the aluminum screening can fastended together with wide clear packing tape and a framework,
if needed, can be made with plastic soda straws.
It is important to make sure ALL separate pieces of the Aluminum Screening Faraday Cage or AWS are
electrically connected with copper wire to one another. This copper magnet wire is fine. Be SURE to
remove the Insulation where connections are made to the aluminum screening.
Be sure to provide a final 12 to 20 inch or longer length of wire is used to lead out from the ASFC
to allow grounding. This can be thin magnet wire as no great amount of current is involved.
> > (C) It is desirable to make sure there is a 3 to 4
> > inch spacing between all sides of the "lifter" and the Aluminum
Screening Faraday Cage or ASFC.
> >
NOTE: The Very Best TEST is to block air movement and shield charge at the SAME TIME. To do this
leave the Air Barrier or AB in place and separate the ASFC or Aluminum Screening Faraday Cage from
the air barrier or AB by 2 to 3 inches on all sides.
(D) Make SURE the Aluminum Screening Faraday Cage or ASFC is physically connected but NOT
electrically connected to the lifter with the 2 to 3 inch spacing so the lifter will lift the
Aluminum Screening Faraday Cage or ASFC along With it in an Upward manner and the spacing will be
maintained.
IMPORTANT: The spacing between the Aluminum Screening Faraday Cage or ASFC and the lifter MUST be
maintained. If both Air Barrier and ASFC are used then the 3 to 4 inches spacing of the AB AND the 2
to 3 inch spacing of the ASFC from the AB MUST be maintained and the whole must lift as a unit.
Spacing can be maintained with plastic soda straws.
IMPORTANT: THIS IS NOT A TEST OF OPERATION OF DEVICE LOOSE INSIDE OF A LARGE FARADAY CAGE.
NOTE: THE "TEST" USING OPERATION OF DEVICE LOOSE INSIDE OF A LARGE FARADAY CAGE IS A
--->NON TEST <--- IN THIS CASE.
JUST THE SAME AS THE "TEST" USING OPERATION OF DEVICE LOOSE INSIDE OF A LARGE EMPTY
DIELECTRIC BOX IS A ---> NON TEST <--- IN THIS CASE.
1)THE DEVICE TO BE TESTED MUST BE PHYSICALLY CONNECTED TO THE FARADAY CAGE
2)AND THE DEVICE TO BE TESTED MUST PHYSICALLY CARRY THE CAGE UPWARD WITH IT AND BE COUPLED
PHYSICALLY (BUT NOT ELECTRICALLY) TO THE FARADAY CAGE
> > The ASFC may be operated in at least 4 conditions:
> >
> > 1] floating
> > 2] connected to Earth ground
> > 3] connected to lifter power supply ground
> > 4] connected to some other potential, ie, most electrically
> > excited or "hot" part of the lifter power supply.
> > NOTE: QPT # 2
> > LEGEND: QPT = Quick Pre Test
> >
> > A quick pre test is to weigh all of the materials needed
> > to fabricate the ASFC and the AB, plus maybe 10 to 20 percents extra and
> > tie these to the lifter to be used with about 15 to 20 inch long
> > monofilament fishing line to see if the lifter will lift itself and the
> > AB and the ASFC.
> > This way the weight of the AB and the ASFC is ruled out as an
> > effect if the lifter does not lift.
> >
NOTE: Should one wish to use a Vacuum Chamber to make similar
tests the vacuum chamber MUST be very very large to prevent charge coupling effects and the chamber
must be evacuated to about 5 hydrogen atoms per cubic meter, or close to that to prevent ion effects
of residual gases.
The Faraday Cage test, above, eliminates charge coupling effects
to the surroundings beyond the cage.... and the Air Barrier function
should be self evident.
See also
Page posted by SDA March 19, 2003
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