Galaxy Primer
May 9, 2008 – 8:03 am by: TomOur Galaxy has a name and it’s not the Milky Way. The actual name of our Galaxy is Mboona. Mboona is considered an M16 galaxy for specific reasons relating to the number of realms (interior atomic structures) it contains.
Vortex Introduction:
A galaxy is essentially a vortex in space. Other types of vortice exist as we all know. One other type is a gravitational vortex, often associated with the term: black hole. A vortex is a phenomena similar to a hurricane. It’s formed when masses of some kind, acting as a liquid, move past each other. In a hurricane the liquid is the atmosphere around us. In the Universe, the liquid is space itself.
Vortex Formation:
As stable masses of liquid pass each other they form a shear line, Along this shear line forms a plane containing laminar flows. Laminar means “sticky” and it’s the masses attempting to stick to each other that forms the shear line. As with all liquids, they do not exist without other influences and unseen influences are clearly expressed in a vortex. In our atmosphere the rotation of the Earth helps the shear line to form a curl or bend in the line of shear as the masses move past each other. Due to the large pressure differentials involved, the curls can become quite complex. We often see this effect in water, an effect we call “royals“. The curls at the shear line can form complete curves and even a vortex. A vortex forms as an expression of the pressures between moving liquids due to the pressure differential of the liquid at the line of shear. Again, because there are other rotational forces at work, the vortex does not form at exact right angles to the shear line as a linear equation might predict. It’s the other rotational forces involved in our atmosphere that cause a hurricane to form at various angles to the surface of the ocean. Hurricanes are seldom, if ever, exactly perpendicular. The same can be said for a tornado. Tornado’s often form from vertical air movements which result in horizontal lines of shear, however, the tornado is a small effect in relation to the larger rotational effects of the Earth, the Galaxy and even the Universe. Thus a tornado can turn nearly sideways as it spins, driven by air masses moving in various directions, compounded by unseen or unknown additional forces. Read the rest of this entry »






