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2012 – official revealing visit from M15 Globular Star Cluster
This Star Cluster is the densest part of the Universe. M15 Star Cluster is also the source of largest density of Black Holes and gateway to many other Universes. This is also the source of huge concentration of dark matters. The picture from Hubble Telescope shows the central portion of M15, photographed with Hubble's Wide Field Planetary Camera 2. The image is about 28 to 30 light-years across. Images in ultraviolet, blue, and visual light were combined for this picture, so that the colors roughly correspond to the surface temperatures of stars in M15. Hot stars appear blue, while cooler stars appear reddish-orange.
The density of stars rises all the way into the cluster center, marked by a green cross. Careful analysis of the distribution of these stars suggest that at some point in the distant past, the stars converged on M15's core, like bees swarming to their hive. This runaway collapse, long theorized by researchers but never seen in such detail, may have lasted a few million years--a flash in the 12-billion-year life of the cluster. A precise reading of the speeds at which stars move near M15's core would reveal whether the stars are packed so tightly because of the influence of a single massive object, or simply by their own mutual attraction. Stars would orbit more quickly in the gravitational grip of a black hole, which would be several thousand times more massive than our sun.
UFO researchers now believe that the aliens from this star cluster who visit us regularly will finally in 2012 expose themselves to us. They are preparing for the totally astounding event for a long time.
Some Astrophysicists are running back to the drawing table in recent days. They are busy looking at a Star Cluster called M15 discovered years back by Hubble Telescope. This mosaic of the globular cluster M15 (fifteenth object in the Messier catalog of star clusters and nebulae) contains over 30,000 stars. The Hubble Space Telescope probed the core of M15, the most tightly packed cluster of stars in our galaxy, to look for evidence of either a massive black hole or another remarkable phenomenon: a "core collapse" driven by the intense gravitational pull of so many stars in such a small volume of space.
Many Governments will now in the next several years prepare their citizens to live with the event that will change our lives forever.
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