A Cosmic Feast! Milky Way’s Mysterious Black Hole Set To Gobble Up Giant Gas Cloud !

[youtube=https://www.youtube.com/watch?v=95vDtTB4-_c]

Gas Cloud Set To Collide With Supermassive Black Hole At Milky Way’s Core!

• Let me just summarize for those who are not into astronomy. We are entering into a period when increasing amount of ‘fireworks’ will appear in our galaxy! A G2 Cloud of gas, particles, asteroids, possibly planets and suns .. is approaching the Galactic Core of our Milky Way galaxy. At the Galactic Core ie. centre of our galaxy, is a massive Black Hole! When the collision occurs, ‘fireworks’ breaks out. Some say there will be HYPERNOVA ie. several orders of magnitude greater than a Supernova! The ‘fireworks’ may start as early as March 2014!
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• The Bible is very clear about the signs to observe during the endtimes with regard to the heavens!
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  Matthew 24:29 (New King James Version)
  The Coming of the Son of Man
  ²⁹ “Immediately after the tribulation of those days the sun will be darkened, and the moon will not give its light; the stars will fall from heaven, and the powers of the heavens will be shaken.
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  Luke 21:11,25-26 (New King James Version)
  ¹¹ And there will be great earthquakes in various places, and famines and pestilences; and there will be fearful sights and great signs from heaven.
  ²⁵ “And there will be signs in the sun, in the moon, and in the stars; and on the earth distress of nations, with perplexity, the sea and the waves roaring;
  ²⁶ men’s hearts failing them from fear and the expectation of those things which are coming on the earth, for the powers of the heavens will be shaken.
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• Galactic Pinball: Will we be lucky?  Latest Update! 
  by http://etheric.com/ 
  The American Astronomical Society held several press conference meetings at its 223^rd meeting this month near Washington, DC.  The January 7^th press meeting addressed topics which included the G2 Cloud encounter with the Galactic core.   Astronomer Leo Meyer expressed the consensus that the G2 cloud could reach its orbital pericenter (periastron, or point of closest approach to the Galactic core) in just a few months, hence supporting the estimates made by Phifer, et al. and Gillessen, et al. that this point would be reached around March 17th to April 1st, at which point the G2 cloud would be as close as 160 to 200 AU from the Galactic core.  Earlier, Eckart, et al. had stated a date as late as May.  Starburst is attempting to contact him to get an update on his pericenter date estimate and whether he agrees with the March/April estimate; but no response yet.
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  One of the responsibilities of the Starburst Foundation is to contact astronomers observing the Galactic center to make them aware of the possibility of the launching of a Galactic superwave.  A Galactic superwave is an intense cosmic ray particle barrage, accompanied by electromagnetic radiation and possibly a gravity wave that travels isotropically and rectilinearly outwards from the center of our Galaxy at very close to the speed of light.  A superwave can last for less than a year or for up to several thousand years as occurred during the last ice age.
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  During the past 10 days, I had sent emails to 73 astronomers and astrophysicists who have published papers on the G2 cloud in the past few years, noting that it is now generally accepted that the G2 cloud very likely contains an embedded star, something I have believed to be the case for over a year.  But I noted that I was concerned that currently there exist no studies or scientific papers examining what would transpire from the G2 encounter if the embedded star were instead a binary system having a companion star or maybe a jupiter sized planet.  I pointed out the high likelihood that a star would have a binary companion or planet and also demonstrated the high likelihood that such a companion would be tidally stripped away from its parent star once the G2 cloud had reached pericenter.  I pointed out that if such a stripped off mass were to fall directly into the Galactic core, it could trigger a very large core outburst.  Many of these ideas were presented in the last Sphinx Stargate news posting.
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  I noted in the email that such an outburst would be many orders of magnitude more energetic than the kind of activity normally spoken of which would result from the gradual infall of gas from the G2 cloud.  I gave as an example the infall of a one solar mass companion star, that if half of its mass survived this infall, it would impart a kinetic energy of 10⁵³ ergs, the amount of energy in a hypernova.  This is about a million times greater than the energy that would be released just from gas from the G2 cloud falling onto the core.  By the time it reached a distance of 0.1 AU, the star could attain a velocity of 0.9 c (90% of the speed of light), if the outgoing cosmic ray flux had no appreciable decelerating affect on it.  I believe, however, that the star would burst before reaching such a close distance and such a high velocity (as described later in this posting).
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  In my email I pointed out that if a companion were being stripped from its parent star, it might generate a faint secondary cloud that would be seen to be separating from the main G2 cloud.  I asked the astronomers that if their future observations were to show this occurring to please let me know since this could give an advanced indication of the increased likelihood of an energetic core outburst occurring (if this companion should make a direct entry into the core).  Considering the time required for the companion to depart from the G2 cloud and travel into the core, one can estimate a travel time of two to three weeks.  This would give us some warning so that astronomers could conduct intense study to see whether this companion might make a direct hit, and also (something I did not mention) it could give some lead time to issue a public alert for the increased likelihood of a superwave event.
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  I acknowledged to them that a stellar split off did not guarantee an ultimate core impact.  Other scenarios might be that the star might be flung into a new eccentric orbit about the GC (Galactic center), or might be entirely ejected from the GC vicinity as a high velocity star.  These are discussed further below.  From the first 15 astronomers I contacted, three wrote back, and all had positive reactions to the idea that a binary star might be present in G2.  Here are some of their responses (with the names removed for anonymity):
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  read more!

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