Copyright © 2002 by Noconsqeuence. All rights reserved. No part of this book may be reproduced or utilized in any form or by any means, electronic or
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FIELD OPPOSITES
In modern science there is no clear definition of the difference between north and south currents except that they are “opposite”. In what way
are they opposite?
Provided is a simple experiment that demonstrates this very important difference between the movements of the two fields. The results open the
understanding of current and the universe in simplicity, making it easier to understand the phenomenon occurring within it.
In this 'positive' universe, the north gravitational field is the field that 'feeds' matter; while the south magnetic field is drawn up out of
matter, like a waste current. In what way is this done?
This simple experiment will clarify the difference between the movements of the two currents. You will need some iron filings, a good magnet, a thin
strip of tin the width of the polar ends of the magnet, and 6, to 12 inches long depending on the strength of the magnet.
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You will want the metal to be long enough to where you will not pick up too many filings when you do the part of the experiment where you pick up the
filings.
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First put one end of the metal strip on the north end of the magnet and dip the other end of the metal strip into the filings. Now raise it up and
see how many of the filings you have picked up.
Now put the south end of the magnet on the metal strip and do the same thing. You will notice that the north side of the magnet picks up more filings
than the south side.
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Now put the south side of the magnet under the container of filings and see how many are drawn together. Again put the north end of the magnet under
the filings and see how many filings are drawn together. You will notice that the south magnetic field draws together a larger pile of filings than
the north.
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What does this experiment demonstrate?
First an explanation of how current moves through a planet, and then demonstrating this reality with the results of the experiment.
We will begin by clarifying that it is a scientific fact that what we call the North Pole is actually the magnetic south, and what we call the South
Pole is the magnetic north.
North gravitational field enters the planet for the first time at the planets' exact south magnetic pole. It then travels through the mass of the
planet, exiting the planets' mass at the exact north magnetic pole.
As this mass of north field moved through the planet, some of it was drawn into the atomic structure it was passing through, being drawn into the
individual atoms, drawing south field out of them. So when this mass of north field that has passed through the planet exits its' mass, there is
less field coming out than there was going in.
Exiting the planets' mass at the exact north magnetic pole, the field then circles back to the south magnetic pole and re-enters the planets' mass a
'step' away from the exact south magnetic pole. It is now a step closer to the magnetic equator, and there is new field coming in at the exact
pole.
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This field that is re-entering the planets' mass a step away from the pole then continues once again to pass through the planets' mass. Again,
more of this north field is absorbed by the atomic structure it is passing through, and there is less field coming out of the planets' mass than
there was going in.
This time when the current comes out of the planets' mass, it comes out one step away from the exact north magnetic pole, and a step closer to the
magnetic equator.
This field that has now completed two passes through the planets' mass, now circles back to the planets' south magnetic side, and enters its' mass
another step away from the exact pole, and another step closer to the magnetic equator.
Once again, feeding the mass that it passes through, leaving the planets' mass with less field than when it entered. Again leaving the planets'
mass another step away from the exact north magnetic pole of the planet.
This inward spiral continues, moving farther from the exact poles, and closer to the exact equator with each pass, until the last of this north mass
of field, that first entered the planets' mass at the exact south magnetic pole, is absorbed at the exact magnetic equator of the planet.
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As the last of this mass of north field is being absorbed into the planets' mass at the exact equator of the planet, it is drawing south field out
of the mass it is being drawn into.
This mass of south field then comes up out of the planets' mass for the first time, for example, on the south magnetic side of the exact magnetic
equator. It then circles a very tiny distance to the north side of the exact magnetic equator, and re-enters the planets' mass.
As it moves through the planets' mass for the second time, more of the south field is added to this mass of field by the field that is being drawn
out of the atomic structure of the planet as the north field is being drawn into it.
There is now more south field coming out of the mass of the planet than there was going into it. This time it comes out of the planet a step away from
the exact magnetic equator, and a step closer to the south magnetic pole of the planet.
It then circles back and re-enters the planets mass for the second time a step away from where the current circled into the first time that came from
the south side of the exact magnetic equator.
Wait till I'm done before you post. Continued: