Post by Pincho Paxton on Mar 16, 2014 21:22:32 GMT
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Wrinkled Mercury's shrinking history
Pincho says...
Shrinkage in my theory is the result of gravity having to escape an ever decreasing circle of pressure. It eventually becomes magnetism. The change from gravity to magnetism creates black holes. Iron must consist of merged black holes. That may sound odd in the standard model, but it doesn't sound odd in a theory where everything moves to the area of least resistance. In fact, black holes are common in my theory. Quantum holes make atoms, and it is those quantum holes moving together that creates red shift contraction, and old age. We wrinkle for the same reason as mercury, but not under such high pressure. Our skeleton contains bone, which is the equivalent of the iron in Mercury. Everything is scaled down, but the end result is fractally the same. We scale to bone, Mercury scales to Iron, and the Black Hole at the centre of the Galaxy may scale to nothing at all. The structures are the opposite to what you expect them to be. In my theory iron is heavy because it is closer to nothing than bone. You need to be thinking about sponges. Sponges are heavy when filled with water. The more water they can hold, the heavier they can be for their size. Iron is heavy because it contains more black holes than bone. 'Nothing' is heaviest of all. The weight is the amount of gravity that they can hold. It then has to escape as magnetism. Iron holds more gravity, iron exhibits strong magnetism.
Wrinkled Mercury's shrinking history
Pincho says...
Shrinkage in my theory is the result of gravity having to escape an ever decreasing circle of pressure. It eventually becomes magnetism. The change from gravity to magnetism creates black holes. Iron must consist of merged black holes. That may sound odd in the standard model, but it doesn't sound odd in a theory where everything moves to the area of least resistance. In fact, black holes are common in my theory. Quantum holes make atoms, and it is those quantum holes moving together that creates red shift contraction, and old age. We wrinkle for the same reason as mercury, but not under such high pressure. Our skeleton contains bone, which is the equivalent of the iron in Mercury. Everything is scaled down, but the end result is fractally the same. We scale to bone, Mercury scales to Iron, and the Black Hole at the centre of the Galaxy may scale to nothing at all. The structures are the opposite to what you expect them to be. In my theory iron is heavy because it is closer to nothing than bone. You need to be thinking about sponges. Sponges are heavy when filled with water. The more water they can hold, the heavier they can be for their size. Iron is heavy because it contains more black holes than bone. 'Nothing' is heaviest of all. The weight is the amount of gravity that they can hold. It then has to escape as magnetism. Iron holds more gravity, iron exhibits strong magnetism.