Post by Pincho Paxton on Mar 19, 2017 14:02:24 GMT
Link...
The rotation axes of stars tell us about how they were born
Pincho says...
The Y axis of a galaxy using my physics are created by a gravity collision from above, and below the galaxy, which give stars an orientation... Forget The Big Bang: The Creation Of The Universe
So this discovery of an axis alignment agrees with my theory, and is a hit for me. It is better than that, because I cover a lot more physics from there... X/Z = a spin axis, and Y = linear propagation, which is a gyroscope fractal.
From the gyroscope fractal using a gravity collision to create the Galactic nucleus you can mix X/Z with Y to create a sphere which is a star.
It all works perfectly! Another hit for me.
Pincho Paxton
The rotation axes of stars tell us about how they were born
The result was surprising, because for virtually all of the stars (about 70%) the rotation axes were closely aligned with each other and point to the same direction in the sky.
Pincho says...
The Y axis of a galaxy using my physics are created by a gravity collision from above, and below the galaxy, which give stars an orientation... Forget The Big Bang: The Creation Of The Universe
So this discovery of an axis alignment agrees with my theory, and is a hit for me. It is better than that, because I cover a lot more physics from there... X/Z = a spin axis, and Y = linear propagation, which is a gyroscope fractal.
From the gyroscope fractal using a gravity collision to create the Galactic nucleus you can mix X/Z with Y to create a sphere which is a star.
It all works perfectly! Another hit for me.
Pincho Paxton