Tara: Difference between revisions

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Tara and [[Tiamat]] aspects were companions in a Binary Star system in the higher dimensions.  Binary Star Systems are common for ascending planets with advanced races. [[Tiamat]]s explosion and destruction in the 5D universe, along with the planetary cataclysm of Tara, is the reason our planet earth descended and has an artificial satellite which is the [[Moon]].
Tara and [[Tiamat]] aspects were companions in a Binary Star system in the higher dimensions.  Binary Star Systems are common for ascending planets with advanced races. [[Tiamat]]s explosion and destruction in the 5D universe, along with the planetary cataclysm of Tara, is the reason our planet earth descended and has an artificial satellite which is the [[Moon]].


The 5D Planet [[Tara]] was a sister planet to 5D planet known as [[Tiamat]] which her bodily remnants in the 5D Universe is the asteroid belt that is between Mars and Jupiter. The planet Maldak is the counterpart of the bodily remnants of [[Tiamat]] in the 3D Universe of which the asteroid belt exists between Mars and Jupiter. This means that the asteroid belt we see in the 3D Universe is Maldak's exploded planet, and the asteroid belt in the 5D Universe is Tiamat's exploded planetary body.  
The 5D Planet [[Tara]] was a sister planet to 5D planet known as [[Tiamat]] which her bodily remnants in the 5D Universe is the asteroid belt that is between the 5D versions of the planet bodies known as Mars and Jupiter. The planet Maldak is the counterpart of the bodily remnants of [[Tiamat]] in the 3D Universe of which the asteroid belt exists between Mars and Jupiter. This means that the asteroid belt we see in the 3D Universe is Maldak's exploded planet, and the asteroid belt in the 5D Universe is Tiamat's exploded planetary body.  


The Asteroid Belt with its comets move in a retrograde orbit, as does Nibiru. The Asteroid Belt has remained in the approximate place in the solar system as the former planet, Tiamat in 5D, and Maldek in 3D.
The Asteroid Belt with its comets move in a retrograde orbit, as does Nibiru. The Asteroid Belt has remained in the approximate place in the solar system as the former planet, Tiamat in 5D, and Maldek in 3D.