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dinsdag 17 april 2007 |
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The "Matrix" is a Reality [Updated 4/16/07] Breakthrough new research confirms that all the galaxies in the Universe are arranged into a vast geometric matrix that continues through the entire Cosmos! This has been quietly circulated in the astronomical community for nearly a decade, yet there are literally no more than 30 references to it on the entire Internet. This is more "smoking gun" confirmation of everything that we have already been communicating. Certain crop formations give excellent diagrams of this new model — see for yourself! The "Matrix" is a Reality 4 / 10 / 03 THE UNIVERSAL MANDALA Now let's think big; really big. Imagine that each galaxy is like a speck of sand in the universe. Imagine that the universe itself is filled with an energy source that is vibrating, and has certain qualities that are similar to a fluid. In the model we are proposing, pressure currents throughout the universe would cause these galaxies to naturally drift into alignment with the borders of a matrix of geometric patterns, the result of which would look much like an ancient Indian mandala. We know that galaxies gather together into large clusters, known as "superclusters," and that they can often be roughly spherical in shape. Each supercluster may contain literally billions of galaxies inside of it. Naturally, the average person assumes that these superclusters are scattered randomly throughout the Universe, nothing more than the aftermath of an explosive "Big Bang" where "nothing" exploded to become the Cosmos we now know. Let's take a look at what scientific observation and mapping of superclusters by Drs. E. Battaner and E. Florido have shown. In the paper entitled The Egg-Carton Universe, they write, The distribution of superclusters in the Local Supercluster neighbourhood presents such a remarkable periodicity [i.e. ordered pattern] that some kind of network must fit the observed large-scale structure. A three-dimension chessboard has been suggested. The existence of this network is really a challenge for currently-suggested theoretical models; In this case, however, the identification of real octahedra is so clear and the network is so noticeably well-defined that a direct inspection is straightforward. (E. Battaner and E. Florido, 1998)
Posted: 7:26:32 PM
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