Post by Pincho Paxton on Oct 31, 2013 11:58:56 GMT
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Lava World Baffles Astronomers
There's a difference in my theory here. Two pressures work with gravity, the inward flow, and the out-flow of magnetism. For gravity to maintain a reasonable constant (close to a constant but capable of change) there is some displacement of space. Pressure surrounds a sun, and space creates that pressure, because space is made up from a grain structure flowing towards the sun, scaling down in the centre of the sun, and flowing back outwards as magnetism. This displacement means that Kepler-78b can form 1 million miles from a young sun, and as space displaces the sun inwards, the planet displaces inwards with it, so maintains 1 million miles from the sun approximately. It's like coal, and diamonds. A red sun is like a coal sun, and a white sun is like a diamond sun. The surrounding space collapses with the entire area around the sun. It's not just displacement however, it is displacement by scalar change of a space grain structure. The planet would shrink too., but the smaller particles would fill larger holes, so the shrinkage is only a few percent of the total shrinkage of space grain. You could call it a higher resolution of particle structures like HD particles.
Lava World Baffles Astronomers
The tight orbit of Kepler-78b poses a challenge to theorists. When this planetary system was forming, the young star was larger than it is now. As a result, the current orbit of Kepler-78b would have been inside the swollen star.
There's a difference in my theory here. Two pressures work with gravity, the inward flow, and the out-flow of magnetism. For gravity to maintain a reasonable constant (close to a constant but capable of change) there is some displacement of space. Pressure surrounds a sun, and space creates that pressure, because space is made up from a grain structure flowing towards the sun, scaling down in the centre of the sun, and flowing back outwards as magnetism. This displacement means that Kepler-78b can form 1 million miles from a young sun, and as space displaces the sun inwards, the planet displaces inwards with it, so maintains 1 million miles from the sun approximately. It's like coal, and diamonds. A red sun is like a coal sun, and a white sun is like a diamond sun. The surrounding space collapses with the entire area around the sun. It's not just displacement however, it is displacement by scalar change of a space grain structure. The planet would shrink too., but the smaller particles would fill larger holes, so the shrinkage is only a few percent of the total shrinkage of space grain. You could call it a higher resolution of particle structures like HD particles.