Post by Pincho Paxton on Jun 28, 2024 9:43:37 GMT
Link...
The density difference of sub-Neptunes finally deciphered
Pincho says...
Mass is not attracted to mass, mass moves towards holes that can be called negative mass. Negative mass has no density at all, the spin of mass creates density. When gravity moves into negative mass holes it spins to create mass such as the accretion disk around a black hole. The spin creates matter from as close to nothingness as you can get, but inside mass is still a hole in space, it has no density. Because the spins can be different scales you can have low density, but also a lot of flow towards the hole which scientists call attraction. So negative mass = low density = high attraction.
So have they deciphered it?
No! They didn't change their formulas so they didn't decipher it.
Pincho Paxton
The density difference of sub-Neptunes finally deciphered
Pincho says...
Mass is not attracted to mass, mass moves towards holes that can be called negative mass. Negative mass has no density at all, the spin of mass creates density. When gravity moves into negative mass holes it spins to create mass such as the accretion disk around a black hole. The spin creates matter from as close to nothingness as you can get, but inside mass is still a hole in space, it has no density. Because the spins can be different scales you can have low density, but also a lot of flow towards the hole which scientists call attraction. So negative mass = low density = high attraction.
So have they deciphered it?
No! They didn't change their formulas so they didn't decipher it.
Pincho Paxton