Post by Pincho Paxton on Mar 28, 2017 9:59:02 GMT
There are three main types of galaxies: Elliptical, Spiral, and Irregular. The physics seem to show that a spiral galaxy is healthy. Most elliptical galaxies contain older, low-mass stars, and because they lack a great deal of star-making gas and dust clouds, there is little new star formation occurring in them. Irregular galaxies have very little real structure, and they are dusty.
According to my physics a spiral galaxy is first created when two 1D tubes of gravity collide in the Y axis, and the force creates an X/Z spin, and that force eventually builds the galaxy.
An elliptical galaxy forms when the tubes of gravity in the Y axis are lost for some reason, I believe that they can leap towards another galaxy like electricity, and so the older galaxy loses its power supply.
I believe that the intermediate stage has just been discovered...
Stars born in winds from supermassive black holes
At first I thought that this was a mistake...
However, this galaxy could be a spiral galaxy that has lost its Y axis gravitational flow force, because the stars are moving into the Y axis, and that would lead to an elliptical galaxy eventually. Without the Y axis umbilical cord gravity would move in from the sides with less force, and the stars would be larger, and redder.
So I believe that we now have the intermediate stage.
Pincho Paxton
According to my physics a spiral galaxy is first created when two 1D tubes of gravity collide in the Y axis, and the force creates an X/Z spin, and that force eventually builds the galaxy.
An elliptical galaxy forms when the tubes of gravity in the Y axis are lost for some reason, I believe that they can leap towards another galaxy like electricity, and so the older galaxy loses its power supply.
I believe that the intermediate stage has just been discovered...
Stars born in winds from supermassive black holes
At first I thought that this was a mistake...
Pincho says...
I don't think that they are stars. You have gravity moving towards the black hole, and magnetism shooting upwards, the two forces create physics that we can observe in our universe. Usually stars are born in the X/Z axis around the black hole, and that's because the X/Z axis is a spin axis. The Y axis is a linear propagation axis, and in that linear propagation is a treadmill effect of gravity held by magnetism. That treadmill effect is another spin effect like the X/Z axis of a galaxy, but it isn't stable. So anything that resembles a star in there is more like a virtual star. It wouldn't have all the physics of a star, but it would create particles that can escape as dust. That's where the dust is built, but the stars cannot survive two forces blasting against them like that. They are like glowing bubbles that will eventually pop.
I don't think that they are stars. You have gravity moving towards the black hole, and magnetism shooting upwards, the two forces create physics that we can observe in our universe. Usually stars are born in the X/Z axis around the black hole, and that's because the X/Z axis is a spin axis. The Y axis is a linear propagation axis, and in that linear propagation is a treadmill effect of gravity held by magnetism. That treadmill effect is another spin effect like the X/Z axis of a galaxy, but it isn't stable. So anything that resembles a star in there is more like a virtual star. It wouldn't have all the physics of a star, but it would create particles that can escape as dust. That's where the dust is built, but the stars cannot survive two forces blasting against them like that. They are like glowing bubbles that will eventually pop.
However, this galaxy could be a spiral galaxy that has lost its Y axis gravitational flow force, because the stars are moving into the Y axis, and that would lead to an elliptical galaxy eventually. Without the Y axis umbilical cord gravity would move in from the sides with less force, and the stars would be larger, and redder.
So I believe that we now have the intermediate stage.
Pincho Paxton