Post by Pincho Paxton on Apr 7, 2024 14:26:45 GMT
The Galactic Rotational Curve And Smeared Black Holes
Link...
Can A Black Hole Be Smeared Across Space?
If you can smear black holes through a galaxy then you also get a solution for the flat Galactic rotational curve. Gravity moves towards holes in gravity, and holes have a backwards version of granular convection. The backwards holes, and the forwards matter towards the galactic nucleus would create a flat Galactic Rotational curve.
The stars at the edges of the galaxy rotate more slowly means that gravity turns around there. Gravity creates toroidal spin holes which have to rotate around a central axis to turn around. Orbits show us that the rotation is quite slow otherwise the moon would drop to the Earth instantly.
Pincho Paxton
Link...
Can A Black Hole Be Smeared Across Space?
If you can smear black holes through a galaxy then you also get a solution for the flat Galactic rotational curve. Gravity moves towards holes in gravity, and holes have a backwards version of granular convection. The backwards holes, and the forwards matter towards the galactic nucleus would create a flat Galactic Rotational curve.
The stars at the edges of the galaxy rotate more slowly means that gravity turns around there. Gravity creates toroidal spin holes which have to rotate around a central axis to turn around. Orbits show us that the rotation is quite slow otherwise the moon would drop to the Earth instantly.
Pincho Paxton