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the physics of synchronicity
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dharder
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Oct 13, 2009 14:44 PDT
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Ah, I see someone else has a keen interest in synchronicity, but from a
different perspective.
Crops grow and are harvested, creatures migrate, and the weather changes
with the orbit of the Earth around the sun. The tides are affected by
the moon cycle, and so are women. The orbital period of Jupiter
affects/controls the sunspot cycle. The list is endless. The cosmos
dances to the tune of synchronicity.
I use ‘Dance of the Planets’ for solar system simulation—it’s very user
friendly, and quite accurate. Look at the configuration of the inner
solar system from above on July 1, 1908 at 12:17 GMT. Arc-conjuction in
Jupiter’s orbital plane is a sight to behold. It was new moon; the moon
was a body in the conjuction too. The rare conjuction therefore
involved the Sun, Mercury, Venus, the Earth, the moon, and Jupiter,
arranged on a ‘jovian spiral’. Looking from a Newtonian vantage point
that is interesting, but one would be missing the point. One must view
the setting in a Maxwellian way.
Jupiter has by far and away the strongest magnetic field of the planets.
The geomagnetic field is weak in comparison. To a first approximation
the magnetic moment of our solar system is created by the solar dynamo
and the combined effects of planets orbiting with magnetic fields. What
is important about Tunguska is the specific relationship of the
geo-moment to the solar system moment at that particular time, which
resulted in the delivery of an impulse moment to the geomagnetic field
in the direction of reversal—a retrograde component was launched in the
outer core of the Earth, which the geomagnetists have been tracking with
curiosity, without realizing the origin.
As we approach the end of the cycle of the Mayan long count, i.e. 2012,
the ecliptic will pass through the galactic plane. If you think
Newtonian, and therefore gravitationally, you will miss the point, and
get the date slightly wrong. One must think Maxwellian and seek an
answer to the following question: when will the magnetic moment of our
galaxy have a coincident relationship with the magnetic moment of our
solar system and the Earth’s magnetic moment? One might wonder if at
that time the geomagnetic field will experience an extra large impulse
moment which will drive Earth’s field into reversal. Everything dances
to the tune of synchronicity, including geomagnetic reversal.
DAH 10/13/09
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