Lifter test with
the wire unlinked
by Jean-Louis
Naudin
Cliquez
ici pour la version Française
created on
February 20, 2003 - JLN Labs -
Last update February 20, 2003
Toutes les informations et schémas sont publiés
gratuitement ( freeware ) et sont destinés à un usage personnel
et non commercial
All informations and
diagrams are published freely (freeware) and are intended for a private use and a non commercial
use.
The purpose of this test is to identify where the thrust is really applied on the Lifter. In this test the wire has been completly mecanically unlinked from the main aluminum armature. The thin wire, connected to the HV generator, is handled by myself and the aluminum armature, connected to the ground, is able to go upwards freely like a common Lifter.
The aluminum armature of the Lifter, connected to the
ground, is free to move upwards.
The height of the hovering is limited by three thin nylon wires
fastened to the base.
The thin copper wire, connected to the (+) of the HV
generator is mounted on a balsa wood frame and handled by myself.
Lifter
specifications
|
TESTS RESULTS :
When the wire is approached to the aluminum plate, while the HV generator is switched on, the Lifter goes upwards quickly towards the wire.
See the Lifter test with the wire unlinked
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JL Naudin's comments : This Lifter test with the wire mechanically unlinked proves definitely that :
The main thrust responsible of the upwards lift of the Lifter is applied to the aluminum plate,
The aluminum plate is attracted upwards, toward the charged cloud generated by the wire,
The Lifter is able to work with the source of the charged cloud linked or unlinked to the main aluminum armature.
The phenomenon is very interesting because the Lifter is a device which is able to create its own "motivation" for its own motion... This can be compared to a muleteer who hangs a carrot just in front of the muzzle of its mule to keep it moving forwards...
Unlinked
Lifter with the wire placed in a VACUUM tube
Test of an
Unlinked Lifter and fully enclosed in a box
Evidence of an asymmetric force between armatures
Email : JNaudin509@aol.com
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