Rings appear only around large planets and yet we recently discovered a ring around an asteroid or dwarf planet. Why? They last longer around large planets and they are more frequent the smaller the planet. So we have two different causes and they are linear in that length of time a ring exists is proportional to the size of the planet and the frequency of rings is inversely proportional to the size of the planet. We are talking about two different things at least the causes are different and each can be graphed as a line. If you superimpose the two lines you will have a point at which the two lines cross and at that point is probably where the size of the planet is roughly similar to earth or the average rocky planet in our solar system. Since one goes down and the other goes up the point where they cross will be where the planets with the least rings are likely to appear.
Our Chronolical Footprint
I don't know if I've mentioned this but it it occurred to me that most things have a length. Our bodies are not a mere point in space but they have height width and depth. What if our footprint in time has a length. It would mean that we exist in a time segment rather than a point in time. We don't exist at all times but we exist within a range of times. Maybe we exist a second in time. perhaps we exist a microsecond in time. Suppose we can focus on a time in the future or the past. This would perhaps explain the phenomena of deja vu. For some reason our focus is on the past and we re-experience the future a fraction of a second after it happened. What if by continuing to focus on our earliest moment we can actually turn time backward. We could essentally by continuing to do this travel back into an earlier point in our own lives similar to what Kitty Pri...
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