Nibiru's outer magnetic field span: in Google Sky drawing a diagonal line/ruler from
Elenin's position on 28 May 2011 to
Regulus measures 21,740 arcseconds; since 1
arcsecond = 30,856,780,000,000 km, then 21,740 x 30,856,780,000,000 =
670,826,397,200,000,000 km; and since 10 tr km = 1 light year, then
670,826,397,200,000,000 / 10,000,000,000,000 = 67,082.63972 light years or
416,832,000,000,000,000 miles.
At the time, 28 May 2011, Elenin's distance to Earth was 1.836 AU or 274,661,928 km (i.e.
1.836 x 149,598,000 km (1 AU or Earth-Sun distance) or 92,955,888 miles. Therefore
670,826,397,200,000,000 / 274661928 = 2,442,371,253 km or 1,517,619,137 miles or
16.326 AU or 0.000244 light years. Therefore
Nibiru's entire magnetic field spans a
diameter of 2,442,371,253 km or 16.326 AU, which is almost as far as the
New Horizon
probe is from the Sun. Therefore the radius of the magnetic field is 16.326 / 2 =
8.163 AU or
1,221,185,627 km, which is close to the distance between the Sun and Saturn (9-10 AU).
In Google Sky drawing a diagonal line/ruler across the purple fringes (the edges of the outer
magnetic cloud) of the massive object (viewable only in infrared using the Iras telescope,
and invisible otherwise) located at 09 47 59 +13 16 50 measures
21,740 arcseconds,
precisely the same as our 28 May 2011 Elenin to Regulus measurement above!
Nibiru's inner magnetic span: this has two components, the black shell and
the blue-green
core. Drawing a line across the black shell measures
1,961 or approximately 2,000
arcseconds; 1961 x 30,856,780,000,000 = 60,510,145,580,000,000 km. On 16 June 2007,
the object's distance to Earth was 14.734 AU or 2,204,176,932 km. Therefore the diameter
of the black shell is 60,510,145,580,000,000 / 2,204,176,932 =
27,452,490 km or 0.184 AU.
And the radius is: 0.184 / 2 =
0.092 AU or 13,726,245 km.
Important
: Divide the outer magnetic span
in arcseconds by the inner magnetic diameter
also in arcseconds: 21,740 / 1,961 = 11.
Therefore from Earth's perspective Nibiru's
outer magnetic field is wider than its inner magnetic shell by a ratio of 11:1 as viewed
in mid 2007. That means in order for the inner magnetic shell to appear as wide as its outer
counterpart, Nibiru would have to move 11 times closer to the Earth by mid 2011 than it was
in mid 2007. We shall use the distance of Elenin as a reference for this calculation as it
maintains a relatively constant distance from Nibiru (about 8 AU) throughout the period of 28
May 2007 to 28 May 2011 (because Earth was in the exact same position on both dates four
years apart - and also because it both simplifies and increases the accuracy of our
calculations). On 28 May 2007 Elenin was 14.555 AU away from Earth and on 28 May 2011
it was 1.836 AU. However, remember that Elenin's trajectory is not a straight line as it is
being pulled by the Sun towards the inner solar system. If it had kept moving in
a straight
line from its trajectory on 28 May 2007, it would have kept on a course that would have it
skimming past the Sun right on the rim of Mars' orbit at a point that is about 0.5 AU from
Earth's orbit. So we could say it has been deviated by the Sun's pull from a
straight trajectory
pass the inner solar system and instead into it. Therefore we have to subtract 0.5 from
Elenin's 1.836 AU distance to Earth on 28 May 2011: 1.836 - 0.5 = 1.336. We can now
calculate 14.555 / 1.336 = 10.89, which is approximately 11.
Therefore Nibiru was indeed
10.89 (or about 11) times closer to the Earth on 28 May 2011 than it was exactly four
years earlier on 28 May 2007.
This is why on 28 May 2011 the inner black magnetic shell appeared to
have a diameter of
21,740 arcseconds (as measured from Elenin at the 8 o'clock position and Regulus at the 2
o'clock position), which is 10.89 times its original apparent width of about 2,000 arcseconds
in the 2007 Google sky infrared image. Indeed, 2000 x 10.89 = 21,780 arcsecs.
This means
it was the black magnetic shell (NOT the outer magnetic field) that was distorting the
light from Regulus
as seen by
Dr Byron Glen
(Cru4t) on the consecutive nights of 28, 29
and 30 May 2011 in Missouri, USA. Listen to this
audio clip
of his testimony of what he saw
on those three nights. The inner black shell on 28 May 2011 appeared to have the same
span (21,740 arcseconds) as the outer field on 28 May 2007 because
it had moved closer to
the Earth by about 11 times in four years. Listen to this
interview
with a guy who has seen
this object via Nasa's Hubble telescope. His description of the object and
its magnetic field
perfectly matches both the thing glimpsed by Dr Glen and the object we're analysing here.
The outer magnetic field has also 'expanded' since 2007 as it has also moved 11 times
closer in that same period.
Drawing a line across the blue-green core measures 700 arcseconds; 700 x
30,856,780,000,000 = 21599746000000000 km / 2,204,176,932 =
9,799,461 km or 0.066
AU; 27452490 / 9799461 = 2.8. Therefore the inner black shell is 2.8 times wider than the
blue-green core. The radius of the blue-green core is:
0.066 / 2 = 0.033 AU.