16 October 2012:
Nibiru reaches perigee. At this proximity of 0.232 AU, it is close
enough to exert 72% of the magnetic influence of the Sun.
However, it is likely that Earth
will not be flipped by 259
but rather there may be an equilibrium reached between Nibiru's
north pole repelling our north pole and attracting our south pole and its south pole repelling
our south pole and attracting our north pole. Effectively, the Earth could be completely
turned upside down by 180
from its natural inclination. We will also be receiving glancing
blows from the Sun's super-massive flares at this point.
22 November 2012: Nibiru aligns with Earth and the Sun.
It will also be trying to pull
Earth with it out of the solar system. This will be a literal tug-of-war between it and the Sun.
Unfortunately for us, as Earth comes between the Sun and Nibiru it will be caught in
the crossfire of the magnetic, electric and radioactive exchange flaring between them.
It is then that we will be in position to receive the full brunt of the energies from both
objects at the same time!
21 December 2012: the infamous date sees the Earth approaching an alignment
between the Sun and Elenin, and Nibiru also aligning between the Sun and Jupiter -
all from the same general direction in space. It's as if the objects have conspired together
to pull at the Sun. The magnetic stress on the star must be immense, especially with the
combined forces of the two largest bodies (next to the Sun) in the solar system, Nibiru and
Jupiter, involved! Note: at this stage the distance between Nibiru and its Elenin should be
decreasing as Elenin is decelerating while Nibiru is accelerating as it has just been flung out
of the inner solar system by the Sun.
28 December 2012: the double alignments are perfected.
28 July 2013: Nibiru approaches Jupiter in what looks like a head-on collision course!
5 August 2013: Nibiru's magnetic shell slams into Jupiter! This makes Jupiter the first
and probably only planet in the entire solar system to experience the full brunt of the
strongest and most intense magnetic forces whirling within Nibiru's 'inner eyewall'.
Note that this is NOT a solid on solid collision because the solid core of Nibiru, the planet
itself, is more than 0.1 AU (14,959,800 km) away from Jupiter, which is still a considerable
distance (almost half the distance between Venus and Earth's orbits). Of course, Jupiter will
try to put up a (futile) fight with its own magnetic field but with Nibiru's magnetism being 41.3
times stronger this is no contest! It's therefore a complete no-brainer who will win this match.
20 August 2013: Jupiter is trying to escape from Nibiru's inner eyewall. It may be able
to do so because Nibiru is thankfully losing forward momentum at this point. Jupiter, being
the largest planet in the solar system, is the only one capable of at least surviving (albeit not
unscathed) this extremely intense encounter.
3 September 2013: Jupiter is slowly but surely drawing away from the clutches of the inner
eyewall, even as Nibiru itself crosses the Jovian planet's orbit at approximately 0.2 AU or
29,919,600 km behind it. Nibiru's speed has also been reduced significantly by the
encounter with Jupiter, meaning it will take even longer before it finally leaves our solar
system.
11 September 2013: Jupiter finally escapes. This might be a good time to observe the
damage dealt to the gas giant.
22 November 2013: The inner solar system is still within Nibiru's magnetosphere.
1 January 2018: Nibiru and Elenin are both on their way out of the solar system.
Nibiru's magnetosphere finally begins to recede from the inner solar system and should
completely depart from it sometime during 2018, after wrecking havoc over the course of
seven undoubtedly tumultuous years since 2011.
The weaker and larger part of Nibiru's magnetic field (the outer 'rainbands', indicated by the
red circle), however, should continue to affect us for many years to come just as it did in the
years and decades leading up to 2012.
The only difference is that instead of the effects getting worse, because Nibiru was then on
an inbound trajectory, they will be waning, because the colossal object is moving outbound
at this point.
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