john
2018-12-13 13:55:33 UTC
Four Observations On Galaxies and their cause:
1. Disc warps- symmetrical opposite warping seen in all spiral galaxies.
2. Bent jets- jets coming from active galaxies bend the opposite way.
3. Spherical Halo- galaxies are surrounded by a double-layered spherical halo of old globular clusters where the layers flow in different directions.
4. Asymmetrical GRCs- in Galactic Rotation Curves, stars on opposite sides of the galaxy appear to move at different speeds.
What would cause that, do you think?
Galaxies precess!!
Their discs are also sweeping out spheres!
.
1. The disc is warped in opposite directions in the plane of the precession.
2 Likewise, the jets bend in the plane of the precession.
3. The edge of the disc leaves old globular clusters from the ends of the arms behind, first spraying them one way and then the other, creating the oppositely-moving double-layered spherical halo.
4. When we look at any galaxy, one side will be going away from us and the other towards us, thus redshifting one side and blueshifting the other. Thus asymmetrical GRCs.
1. Disc warps- symmetrical opposite warping seen in all spiral galaxies.
2. Bent jets- jets coming from active galaxies bend the opposite way.
3. Spherical Halo- galaxies are surrounded by a double-layered spherical halo of old globular clusters where the layers flow in different directions.
4. Asymmetrical GRCs- in Galactic Rotation Curves, stars on opposite sides of the galaxy appear to move at different speeds.
What would cause that, do you think?
Galaxies precess!!
Their discs are also sweeping out spheres!
.
1. The disc is warped in opposite directions in the plane of the precession.
2 Likewise, the jets bend in the plane of the precession.
3. The edge of the disc leaves old globular clusters from the ends of the arms behind, first spraying them one way and then the other, creating the oppositely-moving double-layered spherical halo.
4. When we look at any galaxy, one side will be going away from us and the other towards us, thus redshifting one side and blueshifting the other. Thus asymmetrical GRCs.