Post by Pincho Paxton on Jun 21, 2024 7:32:55 GMT
Link...
Iron meteorites hint that our infant solar system was more doughnut than dartboard
Pincho says...
This is a fault in the maths that you have mass attracted to mass. Mass is not attracted to mass, mass moves towards holes, it's just that mass is made from holes. When mass is attracted to holes you can have iron in orbits not related to mass. So iron can be born orbiting holes, which means that iron passes close to the sun, and then moves out again, and then back in again in an orbit that doesn't exist in your simulations. Iron is orbiting holes which you can actually call negative mass. I can draw mass, and negative mass, and when I can draw something I know that it's real. So I am using real physics. Negative mass is a hole in space, mass is gravity spinning inside that hole, it's easy to draw. Because mass spins around a negative mass hole m1 m2 have been introduced as a mistake. But when you fix that mistake iron can orbit holes, and you have a dartboard, but also with orbits inside it. The negative mass gradually gets hidden, so we no longer have observations of it, but when you look at the Earth, and it's mass you are also looking at negative mass surrounded by spins that hide it. It's like stones in the sand on the beach, you pull out a stone, and you see a hole in the sand, but that hole in the sand was there before you pulled out the stone. All mass sits in a hole in mass. If the Earth suddenly vanished space would collapse there, because the spins of mass are holding space open like quantum black holes.
I suppose that scientists would say that the iron is born orbiting Dark matter, because of their faulty maths.
Pincho Paxton
Iron meteorites hint that our infant solar system was more doughnut than dartboard
Pincho says...
This is a fault in the maths that you have mass attracted to mass. Mass is not attracted to mass, mass moves towards holes, it's just that mass is made from holes. When mass is attracted to holes you can have iron in orbits not related to mass. So iron can be born orbiting holes, which means that iron passes close to the sun, and then moves out again, and then back in again in an orbit that doesn't exist in your simulations. Iron is orbiting holes which you can actually call negative mass. I can draw mass, and negative mass, and when I can draw something I know that it's real. So I am using real physics. Negative mass is a hole in space, mass is gravity spinning inside that hole, it's easy to draw. Because mass spins around a negative mass hole m1 m2 have been introduced as a mistake. But when you fix that mistake iron can orbit holes, and you have a dartboard, but also with orbits inside it. The negative mass gradually gets hidden, so we no longer have observations of it, but when you look at the Earth, and it's mass you are also looking at negative mass surrounded by spins that hide it. It's like stones in the sand on the beach, you pull out a stone, and you see a hole in the sand, but that hole in the sand was there before you pulled out the stone. All mass sits in a hole in mass. If the Earth suddenly vanished space would collapse there, because the spins of mass are holding space open like quantum black holes.
I suppose that scientists would say that the iron is born orbiting Dark matter, because of their faulty maths.
Pincho Paxton