Post by Pincho Paxton on Apr 11, 2024 13:00:27 GMT
Why Do Atoms Have A Tiny scale In A Massive Universe?
Link...
What is a band gap in solid state physics?
The mathematical scaling of gravity collisions begin at the galactic nucleus which is a huge hole in space. Each time that gravity collides in these huge holes scales gravity down using a hall effect formula. It gets harder, and harder to force gravity to collide in this new labyrinth of holes as the smaller you are the easier it is to dodge obstructions. You end up with the atomic scale as a scale that is hard for gravity to get trapped any further. Quarks were forced to appear in a collider, because gravity was once again forced to collide.
Gravity builds particles in real time.
An new experiment... Novel quantum state in an elemental solid Seems to have forced gravity to collide in a new way.
Each galaxy may have a different scale of atoms depending on the size of their galactic nucleus.
Pincho Paxton
Link...
What is a band gap in solid state physics?
The mathematical scaling of gravity collisions begin at the galactic nucleus which is a huge hole in space. Each time that gravity collides in these huge holes scales gravity down using a hall effect formula. It gets harder, and harder to force gravity to collide in this new labyrinth of holes as the smaller you are the easier it is to dodge obstructions. You end up with the atomic scale as a scale that is hard for gravity to get trapped any further. Quarks were forced to appear in a collider, because gravity was once again forced to collide.
Gravity builds particles in real time.
An new experiment... Novel quantum state in an elemental solid Seems to have forced gravity to collide in a new way.
Each galaxy may have a different scale of atoms depending on the size of their galactic nucleus.
Pincho Paxton