The Zetas have described what they term Magnetic Trimesters. These trimesters close at the end of April, August, and December. The concept was first presented during a Zeta analysis of a crop circle, wherein the Zetas also explained that a magnetic influence surrounds the solar system and dictates to the Sun. NASA has only recently caught up with this fact, as is explained below in this newsletter. Just another instance in which the Zetas were right again!
ZetaTalk Analysis 6/6/2004: Why is it the Sun, as the giant magnet dominating the solar system, points North and South with its poles in the directions it does? For those late to this argument, the Sun does not reverse polarity every 11 years as NASA states, and the solar magnetic field reaches beyond the outer bounds of the solar system, affecting all the planets. The Sun likewise is under the dictates of influences that surround it, and as the Sun goes, so go the planets.
ZetaTalk Explanation 12/30/2006: Since magnetism is viewed as polarized, a N Pole and a S Pole, with particles flowing from one to the other, the idea that there would be trimesters is confusing. We have explained that the Sun's magnetism reaches to the ends of the solar system and beyond, and dominates. Mercury and Earth, for instance, align with the Sun's permanent alignment, and for those who say the Sun flops about, reversing fields every 11 years, NASA's own Ulysses probe proved them wrong in 2001. Imagine the solar system itself aligned along a magnetic flow line of a larger field, which pulses. It is no accident that the Earth, a magnetic planet, is going round the Sun every 365 days or so, as the magnetic trimesters have something to do with this progression.
The Sun does not flip its poles every 11 years as NASA has always asserted. This was demonstrated by NASA's own probe, Ulysses, which flew over the Sun's poles, reporting on the Sun's magnetic field.
- Ulysses Heads for the Sun
13 October 1990
- Ulysses will explore the inner heliosphere (the area stretching from the Sun to the edge of the Solar System) by flying over the solar poles.
Ulysses went over the Sun's poles in 1995-1996 and found the Sun's poles pointing N/S as Earth's magnetic poles point. Then in early 2001, NASA announced, based on the appearance of Sun spots, that the solar maximum had occurred and the Sun had reversed its magnetic field. But on Sep 9, 2001, the Ulysses probe again sailed over the Sun's poles and announced that a flip had not occurred. Zetas right again!
- JPL Press Release, September 9, 2001
- In 1995, Ulysses saw strong and simple magnetic fields at both poles of the Sun. ... As Ulysses passed by the South Pole of the Sun a few months ago, scientists expected to find that magnetic lines were pointing outward, because observations from Earth show that the magnetic field has already reversed at the Sun's surface. Instead, they found that the magnetic lines were still pointing inward, just as they had been throughout solar minimum.
As further confirmation that the Zetas were right about a magnetic field outside of an influencing the solar system, I checked the HAARP documentation to see if their record of the Earth's magnetosphere matched the Magnetic Trimesters that the Zetas were describing, and they did! There the issue lay until NASA admitted recently that they had been wrong about the shape of the Sun's heliosphere. Formerly, they assumed it to be shaped like a comet, with a nose cone and a streaming tail. Now, due to the discovery of an "external magnetic field", they think the heliosphere is shaped like a bubble.
- Cassini Data Help Redraw Shape of Solar System
October 15, 2009
- Images from the Ion and Neutral Camera on NASA's Cassini spacecraft suggest that the heliosphere, the region of the sun's influence, may not have the comet-like shape predicted by existing models. In a paper published Oct. 15 in Science Express, researchers from the Johns Hopkins Applied Physics Laboratory present a new view of the heliosphere, and the forces that shape it. As the solar wind flows from the sun, it carves out a bubble in the interstellar medium. Models of the boundary region between the heliosphere and interstellar medium have been based on the assumption that the relative flow of the interstellar medium and its collision with the solar wind dominate the interaction. This would create a foreshortened "nose" in the direction of the solar system's motion, and an elongated "tail" in the opposite direction. The Ion and Neutral Camera images suggest that the solar wind's interaction with the interstellar medium is instead more significantly controlled by particle pressure and magnetic field energy density.
- NASA's IBEX Spots Mystery Emissions at Edge of Solar System
October 15, 2009 http://www.foxnews.com/story/0,2933,567020,00.html
- "[The ribbon is] aligned by and dominated by the external magnetic field," McComas said in a briefing Thursday. "That's a huge clue as to what's going on. But still we're missing some really fundamental aspect of the interaction - some fundamental physics is missing from our understanding." The new IBEX results will be published in the Oct. 16 issue of the journal Science.
Just what the Zetas had been saying all along. The Zetas have stated that the pole shift will happen at the end of one of the Magnetic Trimesters, either at the end of April, August, or December. They have also stated that the last weeks will fit within that trimester, and that going into these last weeks emergency management teams will already be exhausted.
ZetaTalk Prediction 12/15/2007: We stated that the last weeks would occur within a trimester, which is a 4 month period. We stated that these last weeks could encompass:
* a severe wobble,
* a lean to the left so the Earth almost seems to lay on her side,
* the 3 days of darkness when the northern hemisphere points away from the hose of magnetic particles coming from the N Pole of Planet X which lies in the direction of the Sun,
* the 6 days of sunrise west during the time the Earth overcompensates while tipping away during the 3 days of darkness and thence rights itself,
* the slowing to a stop over a period of weeks,
* and finally the week of rotation stoppage.