Foreword You'll notice here that I hardly make mention of gravity, if at all. That's because in actuality gravity doesn't really exist. What is known as gravity is actually magnetism, by which heavenly bodies out in space attract and repel each other and establish complex magnetic relationships. On Earth, much of the so-called gravity is simply atmospheric pressure that gives weight to small (relative to the planet) objects and alongside its magnetic field keeps them on its surface - much like underwater pressure in the ocean depth, which is the force of the sheer weight of the sea exerted on deep underwater objects such as submarines, atmospheric pressure is the weight of the volume of air above exerted on us here on the surface of the planet. As for the atmosphere itself, it is 'weighed down' and kept in place by the Earth's far more expansive and all-encompassing magnetosphere. By the same token, there are no such things as 'gravity wells'. What are referred to as gravity wells are simply the distortions of light and space around highly magnetic interstellar objects. Magnetism is the strongest substance in the universe, able to bend both the blackness of space (which is another universal substance, sometimes called ether or dark matter) and the emission of light or radiation. Because light needs space to travel (similar to how sound needs air to travel), when the light from background stars and galaxies reaches the space around a powerful magnetic field it also gets bent and distorted, creating the so-called 'gravitational lensing effect'. This is also why the idea of 'black holes' is erroneous - there are no such things. Black holes are simply black suns or stars because they don't emit light like light orbs such as our Sun. It is because of their intense magnetism, which bends space and absorbs any light in their vicinity, making them extremely difficult to see, that they appear to astronomers as virtually black holes out in space. Nibiru: I make use of the word 'Nibiru' in this analysis simply for convenience because it is one of the most popular and therefore well-known names given to the object we're investigating, and also so that I have a name to refer to the object in order to distinguish it from other related objects, such as the Elenin object(s). If you're not familiar with Nibiru, I recommend you run a Google search on the word and other related terms (such as 'Planet X') and visit the various websites on the subject. Note of caution: there's a lot of disinformation mingled with true information on this topic. Use your own discernment and sense of truth to identify and separate what is true from what are lies.
Nasa and Leonid Elenin Nasa Nasa shut down Iras, the infrared telescope that originally detected Nibiru in 1983, but left it to continue orbiting Earth Nasa shuts down Wise, a better infrared telescope than Iras, on 17 February 2011 Nasa shuts down its Buzz Room on 30 March 2011 after Elenin's perigee was revised to 0.0004 AU in the forum Nasa issued on 11 June 2011 an emergency preparedness warning to its staff and their family members Nasa's emergency preparedness webpage displays a photo of Nibiru Nasa shuts down its 30-year space shuttle program 21 July 2011 with Atlantis' landing marking the end of the final mission Nasa will turn Stereo B satellite on 1 August 2011 to observe approaching comet Elenin Leonid Elenin Leonid's website, Spaceobs.org, displays a logo depicting Elenin (right in image) and, following behind the comet on its tail or path, the object Nibiru (left)
Summary Name: Nibiru (including Planet X, Wormwood, Hercolubus, Nemesis, Tyche and Marduk makes seven of the best known names; and descriptive names Great Red Dragon, Black Sun, Destroyer, Doom shape, Dark Star, Dark Companion, Dark Twin) Diameter: 179,028 to 183,191 kilometres Mass: 3.34 (3 to 4) MJ (Jupiter masses) or 0.00319 Solar masses or 6.341324 x 1027 kg or approximately 6 thousand trillion trillion kilograms Density: 1.965 g/cm3 (solid) or up to 5.242 g/cm3 if it is composed purely of iron oxide Composition: possibly cesium, iron oxide, iron, oxygen, ozone; other substances unknown Type: unknown object. Comparable known objects: hot Jupiters, brown dwarves and red dwarves Orbiting bodies: seven planets or moons, innumerable asteroids and/or comets Forward velocity (speed): 25,890 mph or 11.57km/s at Jupiter orbit and 18,124 mph or 8.10km/s at Saturn orbit Rotation: clockwise Rotational velocity (spin speed): 36,030 mph Outer magnetic field: 2,442,371,253 km or 16.326 AU in diameter; and 7,672,935,586 km in circumference Inner magnetic field: 27,452,490 km or 0.184 AU in diameter; and 86,244,541 km in circumference Core magnetic field: 9,799,461 km or 0.066 AU in diameter; and 30,785,915 km in circumference Magnetic field strength: 208.15G or 20,815 uT Orbit: eccentric, long period Inclination: 0.00 Perihelion: 0.482 AU Perigee: 0.232 AU
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.
Nibiru's outer magnetic circumference: to calculate the circumference we will use this formula C = π x d, where C is circumference, π = 3.141592, d = diameter. Therefore C = π x 2,442,371,253 = 7672935586. Therefore, Nibiru's outer magnetic field has a circumference of 7,672,935,586 km. Nibiru's inner magnetic circumference: C = π x 27,452,490 = 86,244,541 km. Nibiru's core magnetic circumference: C = π x 9,799,461 = 30,785,915 km. We see that Nibiru's black magnetic shell represents a protective region with such dense magnetism that it permits no light, visible or invisible, to pass through it, except for the intense radiation from the core. The core, at the centre of which resides Nibiru itself, appears to be a self-contained area that, relative to the absolute coldness of the shell, must be very hot or radioactive (meaning high luminous or light activity). Indeed, it is so radioactive that it is emitting very powerful radiation beams or gamma ray bursts from both poles, which are acting as relief valves to eject any excess radiation being generated within the core. Typically, only some of the universe's most powerful entities or events detected by modern science, such as supernovas, neutron stars, pulsars, quasars, black stars (so-called 'black holes') and even entire galaxies, are known to emit gamma ray bursts. Nibiru's GRBs are still minuscule in comparison with those of these humongous stellar objects, but the fact that it emits them at all is extraordinary! That the certainly warm space within the core may or may not harbour habitable planets or moons is beyond the scope of this analysis to tell (compare with the red dwarf Gliese's planetary system). Only by sending a probe, provided one can be made that could possibly survive the immense energies and coldness of the black shell, into the core can this be ascertained. Then again such an attempt has probably already been made, with deep space probe Pioneer 10, but which failed miserably and was completely lost en route to its mission. We'll look further into the mystery of the Pioneer mission later in this investigation.
Warning from Saturn As for the outer magnetic field, it is now close enough for the left edge of it (from Earth's POV) to completely overtake Saturn. It reached the planet on about 1 December 2010, causing super-massive storms to rage across its atmosphere and forcing the solar system's second largest planet to tilt away from normal by almost 90!
The massive storm circling Saturn's atmosphere. Visible (left and middle) and infrared (right). The storm started around December 2010. The left hand picture was taken on 28 December 2010 and middle one on 7 July 2011, which shows the storm has grown tremendously and circled back on itself. Left: Enceladus, a moon of Saturn, shoots out a huge jet of water, ice, dust and gas from a huge crack on its surface. Picture taken on 1 December 2010. The giant crack first appeared around October 2008 (right), which is the same period that large sink holes also appeared on Enceladus' surface (middle). Elenin was closest to Saturn around this time as it approached it on its way to the inner solar system. The object is having the same effect on Earth as it nears us, causing huge sinkholes and cracks to appear on the land in many countries. Left: October 2009 - NASA's Spitzer Space Telescope has spotted a massive, nearly invisible ring around Saturn. The ring's orbit is tilted 27 degrees from the planet's main ring plane. The bulk of it starts about 3.7 million miles (6 million km) away from the planet and extends outward another 7.4 million miles (12 million km). This is not actually a completely new ring like Nasa thinks. It was formed from dust and debris pulled by the approaching Nibiru's magnetic force from the original rings of Saturn. Saturn's own magnetism kept the dust particles in an orbit around it and thus forming a 'new' ring. Left: Titan (big yellow) and Dione (small white) during 5April2010 Cassini flyby with the red glow from Nibiru lurking behind the shadow of Titan as the giant approached Saturn - the red glow seems to be causing a green light on the night side of Titan's atmosphere. Note the black smudge behind Dione to conceal whatever is casting the red glow. Below: Celestia image confirms Cassini's position relative to Dione and Titan on 5 April 2010 (zoom in to view).
The formidable magnetism of Nibiru has indeed tilted Saturn, the second largest planet in our solar system, by up to 90 away from its natural inclination. Compare these pairs of images, the left ones show how Saturn should appear as viewed from Cape Girardeau, USA, on 1 June and 30 June 2011, respectively, while the ones on the right show how far Saturn has tilted from normal, also as viewed from the same location during those dates (btw, the shots were by Dr Byron Glen, aka cru4t). Note: the times in the Stellarium images are based on GMT, which is six hours ahead of the local time in Missouri and the rest of Midwest US. So always remember to go back six hours (GMT -6) from the times/dates shown on the Stellarium images to get the local time at the locations indicated. Another thing we've observed is that the tilt of Saturn is noticeably more pronounced in some earlier images more than later ones. This may be because Nibiru's magnetism pulses, both increasing and receding in steady cadence like waves hitting a beach, and like waves some are stronger (causing a more severe tilt) than others (causing a slighter tilt). Stellarium shows how Saturn should look on 1 June 2011, 22:15 pm local time, Cape Girardeau, Missouri (note the dates and time in the picture is based on GMT. The local time in Missouri is GMT -6. Real picture of Saturn showing it has tilted upwards by about 45 degrees. Nibiru is to the right of Saturn in the sky. Imaged by Dr Glen using his telescope. Time stamp: 22:15pm (local time), Cape Girardeau, MO, USA 30 June 2011. 22:06pm. Saturn should be tilted as shown above given the time, date and viewing location. 30 June 2011. 22:06pm. Saturn is tilted in the opposite direction and by a 90 degree angle away from its normal inclination. The tilt has more than doubled in the space of a month!
Further confirmation from GLP Observatory's 25 May 2011 footage of Saturn, taken from Eglin AFB, Florida (screenshot of GLP Observatory's video on the right, Stellarium left): Red and Blue Observatory's 6 May 2011 image shows the rings' underside instead of the upper side, i.e. a vertical (front-back) lean but not yet a lateral (side-side) tilt as seen above: These comparisons were kindly done by Ghaffar, Dr Glen's son, using Starry Night. They show the same thing we saw earlier from Glen's Saturn images taken from Cape Girardeau on 1 June (above), 30 June (top right) and 21:57pm local time on 5 July (right). Notice the tilts in the 30 June and 5 July images are the same, about 90 degrees, suggesting that is the maximum inclination Nibiru's magnetism can exert on Saturn from where it is in space and thus can't tilt it further. This is confirmed in the most recent July 8 and 10 images showing the tilt hasn't changed. It is 90 degrees because if you draw a straight horizontal line through the middle of Saturn in the Starry Night or Stellarium images, you will see the planet has gone from a -45 degree normal tilt below the line to +45 degrees above - a difference of 90 degrees!
More confirmation from observations by the British Astronomical Association Note: the view from Australia is 'inverted' relative to northern hemisphere due to being in the southern hemisphere - so the Sun is towards the upper left. Notice that it is not just the rings that are tilted, the positions of Titan and Rhea have shifted in Trevor Barry's image from where they should be according to Stellarium. This proves it is the entire planet that has tilted! St Albans, UK. 3 June 2011, 21:44 UT/GMT. Right: At least a 45 degree tilt from above image Selsey, UK. 2 June 2011, 20:43 UT/GMT Right: about 15 degree tilt. The underside of the rings is visible because the tilt is both front-back and side-side.
The Pioneer Anomaly Left: Pioneer 10's trajectory from Saturn orbit to Uranus orbit and the point when it encountered a mysterious force - dubbed the Pioneer anomaly by baffled Nasa scientists - that gently pushed against it in the opposite direction back towards the Sun and effectively decelerating its forward momentum. Pioneer was travelling towards the right of Nibiru at this point when the massive object was 66.8 (58.8 + 8) AU from the Sun. This tells us two things: (1) that Nibiru's outer magnetic force (drawn as a dark red circle in the image above) is so strong it can affect objects 46.8 AU from Nibiru (Pioneer's approx distance from it at the time), way beyond the central and certainly much stronger magnetic field (the purple circle) that we've calculated spans about 16 AU with a reach or radius of only 8 AU; and (2) that Nibiru's magnetism rotates in a clockwise fashion, because that is the only way it could push Pioneer back when the deep space probe was flying to the right of it. If it rotated anticlockwise and the Pioneer 10 was travelling in the same direction it would push the probe slightly forward and to the right of its trajectory - so the effect would have been the opposite as the probe would seen to be slightly accelerating, not decelerating, in its drift. Left: A scan of a 1987 issue of New Science and Invention Encyclopaedia shows that the trajectory of Pioneer 10 was intended to take it towards but to the right of an object labelled "Tenth Planet" that was projected to be 4.7 billion miles from the Earth (Note the positions of the planets in the scanned photo are inaccurate - the nearest times Uranus and Neptune were/will be in those relative positions are 1848 and 2012). This was exactly the position of Nibiru and Elenin at that time, as shown by the JPL diagram above! To be precise, using JPL data and moving forward by seven years from 1 July 1977 (as above) to 6 May 1984, Elenin was indeed 50.561 AU x 92,955,888 = 4,700,000,000 or 4.7 billion miles from the Earth on that date. Nibiru itself was 8 AU farther away than Elenin at 58.561 x 92,955,888 = 5,443,589,757 or 5.4 billion miles. This proves beyond all doubt that Nasa has indeed known about and been tracking these objects since at least 1984 (actually since 1983 when the IRAS telescope detected the heat signature of Nibiru). Note the diagram includes a "Dead Star" at about 50 billion miles away, which ironically is about ten times farther than Nibiru's distance (perhaps Nasa were off or couldn't believe such a magnetically powerful object could be that close to the solar system and still remain difficult to detect, so they called it a "dead star" that is 10x farther than it is. Then again they might have said the distance was ten times farther so as to put people off ). In fact, a spate of articles quoted from newspapers and publications about 30 years ago further confirm that it was Nibiru that Nasa was tracking and had in fact launched the deep space probes explicitly to locate the object. (see Addendum)
It is interesting that the Pioneer case reveals that Nibiru has a much larger magnetic field or magnetic affect than the one that extends 8 AU from its centre. The hurricane/cyclone analogy will serve useful here to better understand what we're seeing here. A hurricane or cyclone has four basic components: the eye, the inner eye wall, the outer eye wall and the peripheral rainbands. We can see that the eye, a completely calm circular area around which the entire cyclone is centred, is very tiny compared with the rest of the storm's structure. Surrounding the eye is the red band of the inner wall, where the fastest and most violent winds circle and is therefore the most dangerous part of the maelstrom. Beyond this you may have an outer eyewall, another larger area of circulation where the winds though strong are not as bad as in the inner eyewall. Then at the outermost periphery stretch out the wide expanse of the spiralling rainbands. In the clockwise-spinning cyclone, the fastest and strongest winds (gusts) are in the side that is moving in the same direction as the storm, because the forward velocity of the storm adds to the speed of the winds as they move in sync. The winds in the opposite side are slower because they're moving in the opposite direction of the storm. For example, in the images above of cyclone Yasi, the strongest winds are in the right-hand side, because the storm is moving from upper-right to lower-left.
This is the same thing we are seeing with Nibiru, except instead of largely a play of water and wind we have here a turbulent circulation of immense electromagnetism and intense radiation with proportions only measurable on an astronomical scale. We can describe the blue-green core shown in the infrared image as the eye, the black shell with the strongest magnetism as the inner eyewall, the purple cloud with medium magnetism as the outer eyewall and the rest that is not visible with weak magnetism as the peripheral rainbands. The Sun is similar, with itself as the core or 'eye' around which its strongest magnetism contains its most intense radioactivity (the corona), an inner 'eyewall' that holds the inner solar system (Mercury to the asteroid belt) and an outer counterpart that extends from the asteroid belt to the orbit of Pluto at about 39 AU. Its 'rainbands' stretch even farther where objects external to the solar system proper can still orbit the Sun, such as recently discovered 'dwarf planets' (essentially large asteroids) Haumea and Makemake, which orbit at 43 and 46 AU, respectively. The weaker and more subtle magnetism of the Sun can reach even to other stars, creating the magnetic relationship between these stellar bodies. We can now see why this Nibiru object has been disturbing the Earth and the rest of the solar system for a long time now. It is because its outer 'rainbands' have been hitting us again and again in gradual ever stronger series of waves as it floods the Sun's magnetic field (the solar system) with its own. The two magnetic fields directly oppose each other and have reverse polarities, with Nibiru's spinning in a clockwise fashion as opposed to the Sun's counter-clockwise rotation. The computer-generated image below gives us a good schematic visual of how Nibiru's clockwise-rotating magnetic field should look like if we could see it in detail. Like a cyclone, Nibiru's strongest magnetic 'winds' are on its right-hand side (from our perspective). Unfortunately for us, Nibiru is approaching us from the left-hand side (of the Sun, from our perspective). This means we will be encountering the strongest magnetic whirls from Nibiru, because we will be in the right-hand side of its core as it approaches us.
Another effect Nibiru would have is that it will slow down Earth's counter-clockwise orbit round the Sun. We will be hit by the strong right-hand side, which is also the 'pushing' side. Like it did to Pioneer 10, this side will try to push us in the opposite direction of our orbit. The Sun's opposing magnetism will largely prevent that, being stronger than Nibiru's, so the overall effect of the magnetic push is to slow us down more and more as the object gets closer and closer. This phenomenon helps us to understand what happened to Pioneer 11, whose trajectory sent it in the opposite direction from Pioneer 10. As shown in the diagram above, Pioneer 11 was moving in the opposite direction from its counterpart, and yet it also encountered a force that very subtly started to decelerate its forward momentum. As we can see, the deep space probe was moving to the left side of Nibiru's peripheral magnetosphere. Unlike the right-hand side, which pushes, the left-hand side attempts to pull objects towards Nibiru. Therefore, once Pioneer 11 got far away enough from the Sun for its effects to start being noticeable, the pull was detected as a subtle deceleration in the spacecraft's forward velocity. Unlike the Sun's force on both Pioneer 10 and 11, which was measured and compensated for in the satellites' design by their makers, Nibiru's force was not expected or accounted for by Nasa's scientists and engineers. Hence its effects on the probes caused great confusion among them and they struggled to come up with a variety of theories in an attempt to explain the mysterious phenomenon.
This is also a good visual of how the object's magnetic field distorts the space and light around it. This shows why Dr Glen saw Regulus appear to stretch into a crescent or outstretched fingers, because the magnetism was bending the light from the star. A strong, highly-tilted interstellar magnetic field near the Solar System: "We conclude that the interstellar medium field is turbulent or has a distortion in the solar vicinity."
http://www.nature.com/nature/journal/v462/n7276/full/nature08567.html VOYAGER MAKES AN INTERSTELLAR DISCOVERY: "Using data from Voyager, we have discovered a strong magnetic field just outside the solar system," explains lead author Merav Opher, a NASA Heliophysics Guest Investigator from George Mason University.
http://science.nasa.gov/science-news/science-at-nasa/2009/23dec_voyager/ Left: Voyager flies through the outer bounds of the heliosphere en route to interstellar space. A strong magnetic field reported by Opher et al in the Dec 24 2009 issue of Nature is delineated in yellow [and orange]. Image copyright 2009, The American Museum of Natural History. [The Sun's magnetic field or 'heliosphere' in the image is depicted by the large purple sphere.]
Nibiru's magnetic strength: Nibiru's distance from Elenin (assuming it is one of its outermost satellites thought of as a comet) is 2442371253 / 2 = 1,221,185,627 km (Nibiru's magnetic radius, or roughly Elenin's farthest orbital point from Nibiru). Jupiter's farthest moon orbits at 29,540,000 km. Therefore, 1221185627 / 29540000 = 41.3. Thus Nibiru's magnetic strength is 41.3 times Jupiter's. On a side note: Jupiter's detectable magnetic field strength (4.28 gauss or 428 microtesia) is officially 20.4 times that of Saturn (0.21 G or 21 uT). However, Saturn's magnetic field reaches as far as its farthest natural moon, Titan, at 1,221,830 km. Therefore 29540000 / 1221830 = 24, which means Jupiter's magnetic strength is more accurately 24 (not 20.4) times that of Saturn (assuming Saturn's magnetic strength is accurate). Therefore Jupiter has 5.04G or 504uT. Since Nibiru is 41.3 times magnetically stronger than Jupiter then its detectable magnetic strength should be 208.15G or 20,815 uT. This also gives Nibiru about 1000 times Saturn's magnetic strength (24 x 41.3 = 991.2) - no wonder it could tilt the ringed planet so easily over the past seven months since December 2010 when its massive magnetic field overtook it. The Sun's magnetic field reaches as far out as 7,311,000,000 km (about Pluto's farthest distance or aphelion). Therefore dividing this by Nibiru's magnetic field span: 7311000000 / 1221185627 = 5.99. Thus the Sun's magnetic strength is 5.99 times Nibiru's, and should then be 5.99 x 208.15 = 1,247 G or 124,700 uT (or approx 125 millitesia/mT). Therefore Nibiru has to come 5.99 times closer to the Earth than the Sun to have an equal hold on our planet as our star, and closer than that to exceed the Sun's hold. That distance Nibiru needs to reach is 149,598,000 km (1 AU) / 5.99 = 24,974,624 km. However, according to Nasa, on 16 October 2011 Elenin will reach a perigee of 34,706,736 km (0.232 AU) from Earth. Since Nibiru is travelling on Elenin's orbital path at about the same speed and 8 AU behind it, we've estimated that it will reach perigee to Earth exactly one year after Elenin's own perigee, on 16 October 2012. Its distance to the Earth then will also be more or less the same as Elenin, 0.232 AU or 34,706,736 km, which is 1.39 times the distance it needs to reach to equal the Sun's grip. At that distance it will only be able to exert about 0.72 or 72% of the magnetic power of the Sun, relatively speaking, on the Earth. This means it should potentially be able to tilt the Earth by an angle up to 72% away from its natural inclination during that time period (72% of 360 is 259.2). In addition, bearing in mind Nibiru's black magnetic shell has a radius of 13,726,245 km means on that date the Earth could come within 20,980,491 km of it - perilously close by astronomical standards! See the timeline of Nibiru's approach further below.
However, if we go by the recalculated 0.0004 AU or 59,839 km perigee according to a Nasa astrophysicist on Nasa's now closed Buzz Room, and assume Nibiru comes as close as that, means it could approach 417 times closer than the required distance of magnetic equality and if it gets that close could therefore relatively attain 417 times the magnetic power of the Sun. However, Nibiru has a solid radius of at least 80,000 km (see below) so if it ever comes that close would directly collide with and obliterate the Earth! We can resolve this by suggesting that the 0.0004 AU perigee is that of the relatively minuscule Elenin, as stated by the scientist who calculated it, and the 0.232 AU perigee officially published by Nasa's JPL is actually that of Nibiru in October 2012, not Elenin before it in October 2011. Calculating the mean of the two extremely disparate perigees yields a distance very close to our distance of magnetic equality: 34706736 + 59839 / 2 = 17,383,288 km, which is only 1.4 times or 7,591,336 km closer than the distance of magnetic equality. At this mean distance of approx 17 million km, Nibiru should achieve about 1.44 times or 144% of the Sun's magnetic influence, with the power to completely flip the Earth through 518.4. Nibiru's speed (forward velocity): the object's speed at Jupiter orbit is 25,890.05 mph (at 1,000,000 km a day or 41,667 km/h or 11.57km/s). Jupiter's speed at its orbit is 29,236.76 mph. Difference between Jupiter and Nibiru speed: 3,346.71 mph (A). Its speed at Saturn orbit is 18,123.53 mph (at 700,000 km a day or 29,167 km/h). Saturn's speed at its orbit is 21,675.91 mph. Difference between Saturn speed and Nibiru speed: 3,552.38 mph (B). Difference between Nibiru speed at Saturn orbit and Nibiru speed at Jupiter orbit: 7,766.52 mph (C). Difference between Jupiter speed and Saturn speed: 7,560.85 mph (D). Difference between Jupiter vs Nibiru speed (A) and Saturn vs Nibiru speed (B) is equal to difference between Nibiru's acceleration from Saturn to Jupiter orbit (C) and speed difference between Jupiter and Saturn (D): A (3346.71) - B (3552.38) = 205.67 mph C (7766.52) - D (7560.85) = 205.67 mph. Therefore A - B = C - D. Therefore Nibiru's acceleration from Saturn orbit to Jupiter orbit is equal to (hypothetical) Jupiter acceleration from Saturn orbit to Jupiter orbit. This suggests: (1) that Nibiru has more mass than Jupiter and Saturn as it is slower than either of them at their orbits; and (2) the mass ratio between Jupiter and Saturn (3.34:1) is proportional to the mass ratio between Nibiru and Jupiter. Nibiru's spin speed (rotational velocity): Jupiter spin speed is 28,148.11 mph. Saturn spin speed is 22,058.68 mph. 28148.11/22058.68 = 1.28, thus Jupiter spins 1.28 times faster than Saturn. Perhaps Nibiru spins at about 36,029.58 mph, which is 1.28 times faster than Jupiter if we assume the 3.34:1 mass ratio presupposed above holds. Nibiru's solid mass: Based on their relative speed differences, we hypothesise that the Nibiru-Jupiter mass ratio is similar to the Jupiter-Saturn mass ratio. Jupiter mass is 317.8 Earth masses or 1/1047 Sun mass. Saturn mass is 95.152 Earth masses. Jupiter is 3.34 Saturn masses i.e. 317.8/95.152 = 3.34. Therefore Nibiru is hypothetically 3.34 (or 3 to 4) Jupiter masses = 11.1556 Saturn masses = 1061.452 Earth masses = 3.34/1047 or 1/313.473 or 0.00319 Sun mass. This is close to scientists' estimate of the mass of a possible planet detected near or within the solar system called Tyche: "Whitmire and Matese speculate that the hypothesized planet could be up to four times the mass of Jupiter." View this video, this video and this video of the Tyche super planet.
Left: Tyche's mass and size in comparison with Jupiter and Earth Below: artists' rendering of the appearance of Tyche or Nemesis
We can get a good idea of the size of Nibiru by looking at other planets and objects with masses greater than Jupiter. Size comparison of 2M1207b with Jupiter. Mass: 4 (+6 to -1) Jupiter masses (MJ) Radius: 1.5 Jupiter radii (RJ) Type: extrasolar gas giant planet Detection: infrared Cha 110913-773444 (middle) compared to the Sun (left) and Jupiter (right). Read this Nasa info Mass: 8 (+7 to -3) MJ Radius: 1.8 RJ Type: at the higher end of its estimated mass (8 + 7 = 15 MJ) it qualifies as a brown dwarf because it would have then passed the minimum 13 MJ criteria to be categorised as a brown dwarf. However, on the lower end of its mass range (8 - 3 = 5 MJ) it would qualify as a rogue gas giant planet. Detection: infrared Comparisons between the recently discovered Kepler exoplanets and Jupiter and Earth. RE means Earth radius The masses of the planets larger than Jupiter range from Kepler-7b's 0.433 MJ to Kepler-5b's 2.114 MJ Type: gas giants and hot Jupiters Detection: various
Nibiru's solid diameter: Based on the width difference between Jupiter and Saturn, we might estimate this to be 102,794 miles or 165,431 kilometres (1.157 Jupiter diameters or 12.97 Earth diameters) across equator. This is 13,948 miles wider than Jupiter's diameter of 88,846 miles or 142,984 km, same as the width difference between Jupiter and Saturn. Nibiru has a minimum possible diameter of 47,559 miles or 76,539 km (6 x Earth diameter, provided it has the same composition as our home planet, as per this wiki entry on Jupiter's mass: "A Jupiter-mass planet with an Earth-like composition would have a radius 5–6 times the Earth.") and a maximum possible diameter of 296,746 miles or 477,566 km (3.34 x Jupiter diameter or 37.4 x Earth diameter or 0.343 Sun diameter). However, another, perhaps more accurate, way to estimate Nibiru's size is to use that of 2M1207b, given that its 4 MJ mass is the closest to what we've approximated for Nibiru, 3.34 MJ. 2M1207b has a radius of 1.5 RJ i.e. 1.5 x 71492 km (Jupiter's radius) = 107,238 km. Its diameter would then be 107238 x 2 = 214,476 km. We can then calculate based on the difference between 2M1207b and Nibiru's mass the diameter of the latter: 4/3.34 = 1.198; therefore 214476 / 1.198 = 179,028 km (111,243 miles), which is close to our relatively conservative 165,431 km (102,794 miles) estimate above.
Nibiru's density: Jupiter has a density of 1.326 g/cm3 and Saturn has 0.687 g/cm3. The difference in their densities is 1.326 - 0.687 = 0.639, which if added to the density of Jupiter gives 1.965 g/cm3. Therefore, from this estimate, we can deduce that the density of Nibiru is 1.965 g/cm3. Interestingly, in the solar system simulator Universe Sandbox, plugging in the parameters for an object with a mass of 3.34 MJ and a density of 1.965 g/cm3 gives us a diameter of 183,191 km (113,829 miles). Not far off from the above estimate. Nibiru's composition: the element with a density closest to 1.965 g/cm3 is Cesium. Cesium is highly radioactive and extremely electropositive (meaning it exudes electricity). Perhaps this explains the high levels of radioactivity and undoubtedly electricity that was detected within the magnetic core containing the solid sphere (the planet itself) of Nibiru. Cesium is also silvery-gold in colour. This could explain why some believe it is made of gold and also why the Vatican commissioned a silvery-gold sculpture to be made in Nibiru's image. If the object is purely composed of iron oxide, as some have suggested, then its density would be around 5.242 g/cm3. However, the iron oxide dust might just be coating its surface and atmosphere, giving it its characteristic reddish hue. In any case, the strong presence of iron in its composition could account for some of the object's considerable magnetic properties. The presence of iron oxide also tells us that Nibiru's atmosphere contains some amount of oxygen. The radioactivity and electropositivity of cesium combined with oxidisation of oxygen and its allotropes (such as pale-blue ozone) with other elements could also explain the extreme chemiluminescence we see igniting Nibiru's atmosphere, giving it a fiery appearance. This agrees with the ancients, who described it as a "fiery body of flame".
Nibiru's magnetic connection: the object has established a magnetic connection with the Sun. This is revealed by its effect on the asteroid field. Compare these two images: The first is a screenshot of a simulation of most of the detected objects in the inner solar system, including orbital data of thousands of asteroids. You can view the actual video here - pause precisely at 2:16. Note the positions of Mercury, Venus and Elenin. Now go to JPL and move the comet Elenin's orbital diagram back to Feb 17, 2011 to replicate the exact same planetary positions shown in the video. See how the asteroids are bunched up towards the 10.30-11.30 o'clock position? On this date, Feb 17, Nibiru was just outside Saturn orbit and the red arrow in the second image points to its position. Now you see it is clear that the asteroids are being attracted by and gathering around the magnetic connection between the Sun and Nibiru, as indicated by the red line of the arrow. See that they're not concentrating towards Elenin, which is positioned more at 9.30-10.
The region where the asteroids are concentrated also marks the area that the magnetic and electric (or electromagnetic) connection between Nibiru and the Sun intersects the Earth's orbit. The zone of intersection roughly occupies a quarter of Earth's orbit, from around the 12 o'clock position in both images to the 9 o'clock point. This more or less corresponds to the first quarter of the year, from the beginning of January through to April 2011, with the mid-point around late February to early March. Notice the energies from Nibiru seemed to latch onto and concentrate on the Earth instead of the Sun during this period because our planet interrupted the connection. This is shown in the first screenshot by the small cluster of asteroids gathered on the Earth's orbit surrounding the Earth, which is itself right in the middle of that cluster. The asteroids became attracted to the Earth because the magnetism was also being attracted. From 1 January, Earth entered the electromagnetic field lines between Sun and Nibiru. It was at this time that massive deaths of electromagnetically sensitive animals started to occur and escalate worldwide and people began to notice sudden and erratic fluctuations in their compasses. Then, on 11 January, the increased infusion of Nibiru's reverse polarity magnetism caused Earth's rotational axis to shift slightly, making the Sun rise two days early in Greenland. We are all well aware of the series of natural calamities and social upheavals that occurred over the course of this period, culminating in the immense 9.0-magnitude earthquake that devastated Japan on 11 March. This documentary video gives a very good chronology of those events. This same thing happened last year, when the majority of the disasters occurred between January and March 2010, starting with the Haiti quake, followed by Chile's 8.8 and then the Iceland volcano. This year, we've experienced a repeat of those events, only much more intense and greater in both magnitude and scope. Earth emerged from the region of the Nibiru-Sun connection in April 2011 but the effects lingered because it was still discharging the chaotic electromagnetism it had picked up during the transit. By about June, it had managed to rid itself of most of the charge, hence the disasters have relatively subsided. We are presently in a lull before the next wave, when Nibiru's magnetosphere reaches us sometime in September/October. Nibiru's electromagnetic intensity at perihelion: We can calculate how intense the solar storms generated by Nibiru's magnetic, electric and radioactive clash at perihelion with the Sun will be. First of all, we need to know that the maximum and minimum periods of the solar cycle are governed by Jupiter's perihelion and aphelion, respectively: "The solar cycle varies from 11 to 13 years. The reason this changes is because Jupiter controls the solar cycle. The solar maximum occurs when jupiter is closest to the Sun and the solar minimum happens when Jupiter is farthest away. This is due to the gravitational tug Jupiter produces on the Sun. Since the gravitational force changes with the inverse square of the distance between the center of masses of the Sun and Jupiter, the force is considerably stronger when Jupiter is at perihelion (closest orbit)."
http://endgametime.wordpress.com/about/ The reason why Jupiter is able to regulate the solar cycle is obvious - it is the strongest magnetic body, outside the Sun itself, that is part of the solar system. Now, we know Nibiru is 41.3 times magnetically stronger than Jupiter. We also know Nibiru's perihelion at 0.232 AU will be much, much closer than Jupiter's 4.950 AU. First, we need to divide Jupiter's perihelion with Nibiru's: 4.950 / 0.232 = 21.34 - meaning Nibiru will be 21.3 times closer to the Sun than Jupiter ever gets. Then multiply that by the number of times Nibiru is stronger: 21.34 x 41.3 = 881.3.
Therefore, we can conclude that at its perihelion Nibiru will exert a force on the Sun that is 881.3 times greater than Jupiter has ever brought to bear and thus generate solar storms 881.3 (almost 1000) times more intense and powerful than have ever been witnessed in modern times. Think this is a wild estimate? Well, it is actually quite conservative compared with Nasa's own predictions: "NASA reports solar activity is increasing at a rate that is 50 times higher so far than expected as of Feb. 2010 and since then in August 2010, they have gone on record to say the solar activity in 2012 is going to be at least 20 times stronger than recently published. Fifty times twenty is 1,000. NASA has predicted an increase in solar activity of 1,000 times and people don’t even realize it." (my emphasis; ibid) FOX News: 2012 Warning (video) Nasa Warns Of Super Solar Storm 2012 (video) As the Sun Awakens, NASA Keeps a Wary Eye on Space Weather Get ready for a 'global Katrina': Biggest ever solar storm could cause power cuts which last for MONTHS In light of these dire predictions from Nasa, people have been puzzled why solar activity seems to be decreasing rather than increasing as the highly anticipated solar cycle 24 officially commenced. In fact, the extremely deep solar minimum has been so quiescent that the New Scientist asked, "What's wrong with the sun?" The reason for the minimum when there should have been an uptick leading to a maximum is that Nibiru's reverse magnetic field is counteracting and thus negating Jupiter's control over the Sun's cycle. In this way, Nibiru is acting as a dampener and has almost completely suppressed the power of its closest planetary rival in our system. It is doing so in order to establish its own influence on the Sun and its cycle, which to observers have now become completely chaotic and unpredictable. This situation will only get worse once Nibiru's magnetic sphere envelops the Sun sometime in August and further escalate when the object reaches Jupiter's orbit. At that time, the solar storms should intensify to over 40 times their normal levels and continue to strengthen at an exponential rate until they reach a peak on Nibiru's perihelion. Meanwhile, the electromagnetic attachments between Nibiru and the Sun should also be intensifying and widening as the object approaches. By the time the Earth orbits back to that region the charged zone should be occupying a period closer to six months than three, ie December 2011 to May 2012. The catastrophes should be much worse at that time, due to the three-fold factors of Nibiru being about two times closer than it was in January this year, the energies being much stronger and the Earth and the Sun being already fully engulfed within its magnetosphere. The disasters will already have started building before December but Earth once again crossing through and interfering with the Nibiru-Sun connections will only add to the severity of events erupting on our planet. Things will not get any much better once we emerge, however, because this time around the Earth will find it extremely difficult discharging Nibiru's energies as it will continuously be inundated by them for as long as it remains immersed in the object's electromagnetic/radioactive sphere.
Elenin Elenin's solid core and magnetic field: We know the Elenin object has a nucleus (solid core) with a diameter of up to 4 km and a coma (composed of magnetic, electric and luminous (light) fields) spanning up to 120,000 km wide as of 12 June 2011. However its coma will continue to expand at an increasingly rapid rate of 20,000 to 160,000 km a month as it feeds off the Sun's magnetism until it reaches perihelion on 11 September 2011, when its magnetic field should have inflated to at least 400,000 km in diameter at perihelion. Some astrophysicists have recalculated Elenin's orbit and have determined it will come as close as 0.0004 AU or 59,839 km. Thus when Elenin reaches perigee a month later on 16 October 2011 when its proximity to Earth will be only 0.0004 AU or 59,839 km, it will completely envelop the planet and the Moon within its magnetic/electric/luminous field. The Elenin harbinger object(s) moving directly in front of Nibiru at a distance of about 8 AU marks the leading edge of the giant object's magnetic radius. The Elenin object(s) was about 8.16 AU away from the Sun on 16 October 2009 and therefore equidistant between the Sun and Nibiru on that date. Exactly two years later it will reach its perigee to the Earth on 16 October 2011, which is 23 months to the day after it was equidistant between the Earth and Nibiru on 16 November 2009. We will use the Solar equidistance of 16 October 2009 as the start of our countdown until Elenin's perihelion on 11 September 2011 and the Earth equidistance of 16 November 2009 as the countdown till its perigee. However, because Elenin is flying adjacent to and around the Sun, without flying directly towards it, the leading edge of Nibiru's magnetic cloud will envelop the Sun a little earlier than Elenin's perihelion and the same with the Earth prior to perigee because our planet's orbit can bring it 1 AU closer, provided it is on the same side of the Sun as Elenin, or 2 AU farther, if it is directly on the opposite side of the Sun from Elenin. The evidence that Elenin is moving with a huge magnetic field is seen in the animation shots of the object(s) taken by French astronomers on 4 and 6 March earlier this year. Watch this animation closely: c2010x1_20110304_animation_800_b82 Notice that the smaller stars dim (and even disappear!) as Elenin and its companion objects approach. The animation can also be viewed here (scroll down). These companion objects appear to be pushed alongside Elenin by Nibiru's magnetic field. Here is another animation (scroll down) showing the same dimming of stars in the vicinity of the Elenin object(s). Look at this small video at the middle of this page (scroll down a bit). Keep your eye on the four small stars in front of Elenin. See how they flicker and dim as it approaches them. The dimming effect is a bit more subtle than in the two animations above but it is clear to see once you know what to look for.
This other animated clip of Elenin more clearly shows the magnetic field that is pushing it along. To see it, go to this website and click on the first image in the gallery at the middle of the page (where it says First and latest images of the Comet). You can clearly see that about 5/6th of the image is dark, where Elenin is, with only 1/6th of it lighter in the left-hand corner. Now notice the bright star in the top-left corner right under the word 'COMET'. Look straight up and then down from that star and you'll see the edge of the large 'sphere' that separates the dark area from the lighter area. Notice also that the edge of the dark area remains consistent despite the fluctuations in the brightness levels of the clip. This footage, as indicated on the clip, was taken by Spanish astronomer Gustavo Muler from Lanzarote, Canary Islands, on 2 April 2011. This amateur astronomer shows in this video the stars in the vicinity of Elenin dim and then seemingly blink out of existence. He tries to make sense of this anomaly in this video. The same astronomer has difficulty seeing the comet and this video shows the object visible and then invisible from one day to the next. These images and videos further prove that the magnetic field is not only present but it is massive and is so strong even the outer fringes of it, where Elenin travels, can absorb and snuff out the light of background stars. The strength or extent of the field seems to wax and wane periodically such that sometimes it allows the weak light from the Elenin object (and nearby stars) to be visible and other times it completely enshrouds and conceals the light from Elenin (and some stars), making it virtually invisible. This is why astronomers have difficulty finding and tracking Elenin: at times it is clearly visible and other times completely imperceptible, causing much perplexity.
Top centre image: Elenin is the barely perceptible smudge in the centre of the picture. Left image: Elenin is the dim light in the large circle. The objects that move with it are pointed out by the lines. The bright background stars are in round rectangles. Right image: Elenin, again with companion objects which are highlighted by the astronomer as 'objects of interest'. Bottom images: the same astronomer, looking at the same area of space as above, can no longer find Elenin or its companions. They've suddenly disappeared or gone completely invisible!
The fact that Earth's alignments with the Elenin object(s) causes increased seismicity and that despite its current, at time of writing, 1.395 AU proximity to the Sun (well within Mars' orbit and fast approaching Earth's) it has yet to ignite into a big bright object with long tapering tails as comets normally do tells us that it possesses a dense magnetism (perhaps induced by Nibiru) that is formidable in its own right and must in no way be underestimated. You may liken Elenin to a missile carrying a payload. That payload is but a foretaste, a warning shot if you will, of the power of the warship that launched it. The question then is: what is the warship and when will it arrive? That there is another, much larger object following close behind and on the heels of the Elenin object(s) is a fact that has been confirmed by both scientists using powerful instruments and ordinary folk like you and me using the power and intelligence of our own minds: Scientists says Comet Elenin has massive UFO Fleet following in formation in its tail: 'Based on reports published by China’s space agency, Sergio Toscano, director for Astronomical Research in Missions, said that behind the comet Elenin could be approaching a UFO. “Behind the comet, discovered in December last year, Chinese scientists say that is something they called cluster, which means globular cluster, or perhaps alien spacecraft,” said Toscano. According to the report quotes the astronomer mission, the space body would be found in the comet’s tail and was analyzed after the mysterious signals that came off of an unknown formation “strange and obscure.” In the words of Toscano, the Chinese have said that the spacecraft is stationed in the same place for ninety days, ”before that looked like it was coming from an extraterrestrial civilization,” said Argentine scientist. According to the Daily Chronicle, this phenomenon was corroborated by Rosie Redfiel, the new director of the Program of NASA’s Astrobiology. ”But when NASA began to make calculations and projections of orbit of the comet, they realized that something was wrong and the first thing they did was remove the website which provided information on this issue,” said Toscano.' The Comet Elenin, The Planet Saturn, and.... "There is some evidence that elenin is not alone in its path towards the inner solar system. ... one thing is for sure, something ROCKED the 6th planet, when elenin was almost to mars orbit. this suggests that either comet elenin is farther away and much, much bigger, or that SOMETHING ELSE is coming, that it is MASSIVE, and that it was in the vicinity of saturn around the beginning to middle of may 2011." ELEnin: What are they? And what is the “Jupiter” sized Planet that is following them? "So, from the photos and images presented here, we have three large objects heading towards our Earth, and if JPL/NASA can be believed, they will be coming close to our Earth from September through November of this year. With their closest approach happening in October of this year. Less than 6 months away! The photos and images also show a very large object following a month or more right behind the first two. From the images, all three objects are moving at about the same speed … that is why there is no blurring of the Brown Dwarf Star in the images." Russian Warning Issued Over “Controlled” Comet Headed Towards Earth: Most ominous in Minister Serdyukov’s report is his assertion that Comet Elenin appears to be in “direct contact” with the mysterious Jupiter-sized planet discovered beyond the orbit of Pluto that is, also, headed inbound towards our Sun.
Nibiru's orbital path and timeline We are all very familiar with the orbit and timeline of the Elenin object(s). We now know that the much more mysterious Nibiru object is following behind it at a distance of 8 AU on the same orbital path and that the Elenin 'comet' marks the leading edge of Nibiru's massive magnetic field. We will now extrapolate the timeline of Nibiru's approach towards us based on Elenin's own timeline and approach. Note: the timeline is a 'guesstimate' based on the properties we've calculated of Nibiru as well as the Elenin orbital path provided by JPL. The object may indeed arrive earlier or come a bit later than outlined here. But before we do that, there is one more thing we need know about Nibiru's position in space relative to the Elenin object(s). The centre of Nibiru is situated right on the ecliptic plane and thus has a 0 inclination, whereas Elenin is approaching us from below the ecliptic at a steadily decreasing inclination of about -1.8. Left: this image was taken from the World Wide Telescope. It is the same object seen in Google Sky as the coordinates are exactly the same. It looks different because it is an improved reprocessing of the raw Iras survey image (Iris). The line going right through the middle of it delineates the ecliptic plane, or the Sun's path across the sky. Left: same object in Google Sky. We can see that Elenin, on 16 June 2007, is located right beneath the core of the object, as indicated by the square marker. From the WWT image above we know the ecliptic line runs right through the core of Nibiru, confirming the object sits right on the ecliptic, just like the Sun. Elenin appears beneath the centre of it because it is below the ecliptic. Left: this shows the Sun's path, or ecliptic, runs straight through the middle of Nibiru, further confirming the object is right on the ecliptic with absolutely zero inclination. This information will prove important later on when we look at the way Nibiru will approach us on its way through the inner solar system. Notice also, that despite being much farther than the Sun in this image, the black magnetic shell is still slightly bigger than it. Imagine how large it would appear when it gets closer to us than the Sun...
This Google Sky image shows us Nibiru's current position and approach path based on Elenin's path (shown by the yellow pin markers) because they're practically the same except that the former is right on the ecliptic slightly above the latter. Elenin reaches the ecliptic on 11 September 2011 at the farthest left-hand corner of the yellow curve path (the yellow brick road, if you will) in the picture, breaks through it from then on and flies higher and higher above it (above the Sun from our perspective). Nibiru, however, will not do that. It will remain on the ecliptic plane throughout the length and duration of its approach, even till it passes us and moves away back into interstellar space. The Elenin object(s) crossed Saturn's orbit on 29 May 2009 with Nibiru 8 AU behind it and well into Uranus' orbit.
About two years later, at time of writing, 30 June 2011, the core of Nibiru should have crossed Saturn's orbit, even as its harbinger, Elenin, crossed Mars' orbit about 8 AU ahead of it. This tells us that at its current speed Nibiru is about two years behind Elenin. However, we should be careful with this conclusion because we must keep in mind that as they approach the Sun these objects are accelerating faster and faster due to our star's magnetic pull. Thus this two-year gap between them will undoubtedly be decreasing at an ever increasing rate as their proximity to the Sun and Earth also decreases. Let's assume their velocity doubles by the time they get here, halving the length of time it would take Nibiru to reach Earth. This means Nibiru could then reach us one year after Elenin, instead of two years. Remember, the only reason Elenin hasn't reached us already is because Nibiru's magnetic grip is holding it back. However, there is nothing holding Nibiru itself back. In addition, all the simulations done on the approach path of an object with the properties we've calculated for Nibiru using the Universe Sandbox program shows its acceleration at least doubling by the time it enters the inner solar system and reaches Earth. That Nibiru will indeed come much sooner than two years after Elenin has been confirmed again and again by the computer model. On 4 July 2011, Saturn was well within the radius and grip of the outer magnetic field.
The image below shows how Nibiru's magnetic field should appear to a viewer on Earth in the sky of 28 July 2011 if he could see it. The approximate positions of Nibiru and Elenin are also shown. Notice Venus to the right of - and behind - the Sun entering the magnetic field. The Sun itself is not in the field because it is farther away from it (or closer to us) than Venus - think three-dimensionally. If Venus could easily be observed from this point on it should begin to show signs of turbulence in its atmosphere, just as Saturn did in December last year. Unfortunately this may not be easy to tell as Venus enters the Sun's glare from this point on and becomes difficult to observe from Earth. VENUS UPDATE: Venus has already started to be affected by Nibiru's magnetic field. See these video, video (read comments) and video. This started on 16 July, about 12 days earlier than expected. The reason for this is that the magnetic field is now moving ahead of Elenin, because the comet is being diverted by the Sun towards the inner solar system. We had earlier projected that the field would by moving with Elenin, hence the slightly later date, but due to the comet's diversion it is in fact currently moving ahead of it by about 12 days. We've revised the subsequent dates to accommodate this new development.
Elenin: The "cluster" and the hour of truth. Confusion at NASA - "What we see in LASCO is Venus and this time has a luminosity 10 times higher than normal." (bottom of article) As we'd expected, Venus collided with the right side of Nibiru's magnetic field, which is pushing against it and forcing it to slow down in its orbit. It is also interacting with Venus' magnetic field and causing a distortion to form behind our sister planet (also here). The Sun is reacting to whatever is happening on Venus. It started shooting a series of CMEs towards the planet: first a strong on 26-28 July and a weak one through 29-31.
The sudden brightening on Venus being observed is so astonishing that many people are questioning if it is actually our neighbouring planet. It indeed is. The brightening is due to Nibiru's magnetism entering Venus' magnetosphere and condensing into high-frequency electricity (plasma), which in turn is generating a high level of radiance on the planet's atmosphere. It would seems Venus, like all the other planets such as vertically-tilted Uranus (which has the same degree of tilt we're currently seeing with Saturn), has suffered several encounters with Nibiru's magnetosphere before: The Scarring of Venus: "The equatorial region of the planet Venus shows evidence of massive electrical scarring, matching the patterns of spidery filaments seen in high-energy plasma discharge." That is what is occurring on Venus at the moment, and will continue for as long as it remains in the magnetic field. Venus is simply going through its version of the massive electrical storm still raging on Saturn, which also will continue until the ringed gas giant escapes the field. The field is now fast approaching the Sun, Mars, Mercury and, finally, us. In light of new information, we've moved forward slightly the date when we believe the Sun should begin to be enveloped by the magnetic field. From about 3 August 2011 we expect the Sun should have entered the field, at the same time that Elenin crosses Earth's orbit. In fact, since 28 July 2011, we've observed that the Sun is already beginning to show signs of increased activity, with strong sunspots appearing on its surface. One of them, 1262, has the energy to unleash X-class solar flares. On 29 July 2011, another sunspot, 1260, has also developed the potential to fire X-class eruptions. 30 July 2011, sunspot 1261 fired an M9-class flare, one notch short of an X.
16 August 2011: Mars also enters the field. With the red planet still a bit far from the Sun's glare, though heading towards it, perhaps something may be gleaned stirring in its atmosphere from then onwards. Note: Due to the Venus update above we've moved the date we expect to see effects on Mars forward to around 9 August 2011. Nibiru's magnetic field reaches the Sun around 18 August 2011, just as the Elenin object crosses Venus' orbit. Solar activity could begin to erupt at this stage. Note: this event has been moved forward by 12-15 days to around 3 August 2011.
3 September 2011: Sun completely eclipses Nibiru, obscuring it from all possible view from the Earth. This also marks a direct alignment between the Earth, Sun and Nibiru. The only good aspect of this is that while we are at the other side of the Sun from Nibiru, the Sun's magnetism may act as a shield to temporarily protect us from Nibiru's electromagnetism. However, once we orbit over to the other side of Sun over the course of the following six months, we will no longer be able to benefit from the solar shield and will thus be totally exposed to Nibiru. Nibiru is about
