Snow White and the Frozen Dwarfs

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mague
Posts: 781
Joined: Fri May 02, 2008 2:44 am

Snow White and the Frozen Dwarfs

Unread post by mague » Thu Feb 23, 2012 1:31 am

In a plasma cosmogony hypothesis, the stars are formed when cosmic Birkeland currents twist around one another, creating z-pinch regions that compress the plasma into a solid. Laboratory experiments have shown that such compression zones are the most likely candidates for star formation and not collapsing nebulae. When stars are born, they are probably under extreme electrical stress. In that case, they will split into two or more daughter stars, thereby equalizing their electrical potential.
The sky looks to random for a pure z-pinch ignition. If all stars have been compressed by z-pinch the sky would look like an atomic model of NaCl or a perl necklace.

Gravitiy is not the force of colapsing nebulae. But probably electro static clumping. Only such a clump can be ignited by a current. Once ignited to a sun the above said is true for the sun and the remaining gas and dust within n AU. Its a "coincidence" that a z-pinch hits a clump. Hence the random sky.

Once gas and dust have been compressed all their tiny angular momentums, a heritage of the galaxy, unite to a gravitational force worth to mention.

rjhuntington
Posts: 84
Joined: Thu Mar 18, 2010 7:24 am

Re: Snow White and the Frozen Dwarfs

Unread post by rjhuntington » Tue Mar 13, 2012 8:48 am

mague wrote:The sky looks to random for a pure z-pinch ignition. If all stars have been compressed by z-pinch the sky would look like an atomic model of NaCl or a perl necklace.
Actually, one can see many lines of stars that look exactly like cosmic strings of pearls, albeit with relatively wider spacing than actual pearls would have.

Look at any starfield photo and strings of stars can be seen lined up on smooth lines with uncannily even spacing. Most of them exhibit a slight curve to the string, but the stars follow the line very closely and the spacing between them is often quite even. Here is a link to some star field photos (any others will do as well):

http://bit.ly/xOT0UX

While it is not possible to tell looking from the photos if a string of stars really are related or even nearby each other in space, it seems a stretch to suppose that all those super-neat alignments are just random accidents of one's viewpoint from Earth.

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