Post by Pincho Paxton on Aug 15, 2024 11:03:33 GMT
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Galaxies in dense environments tend to be larger, settling one cosmic question and raising others
Pincho says...
The universe is made from hole/filler physics, so a denser environment has more holes.. 1 + -1 = 0. It equals out the distribution of the building blocks of the universe. So with a 15 square puzzle you move a filler, and it reveals a hole, and the universe moves it's hole/filler physics around, and a galaxy is built where all of the holes end up. A hole is the area of least resistance for a filler. Fillers spin in holes, and bump into each other moving the holes around. The Earth is built from a bunch of holes pushed together due to bumping in space. Space is physical, but holes eliminate that resistance so space appears to have no resistance, but it has a lot of resistance to itself, and spin.
Spins create patterns like kissing number patterns, so the universe has a hidden fractal. Galaxy positions should have a fractal when you rewind time back.
Pincho Paxton
Galaxies in dense environments tend to be larger, settling one cosmic question and raising others
Pincho says...
The universe is made from hole/filler physics, so a denser environment has more holes.. 1 + -1 = 0. It equals out the distribution of the building blocks of the universe. So with a 15 square puzzle you move a filler, and it reveals a hole, and the universe moves it's hole/filler physics around, and a galaxy is built where all of the holes end up. A hole is the area of least resistance for a filler. Fillers spin in holes, and bump into each other moving the holes around. The Earth is built from a bunch of holes pushed together due to bumping in space. Space is physical, but holes eliminate that resistance so space appears to have no resistance, but it has a lot of resistance to itself, and spin.
Spins create patterns like kissing number patterns, so the universe has a hidden fractal. Galaxy positions should have a fractal when you rewind time back.
Pincho Paxton