The planet Saturn is little more than a massive sphere of gas at first glance. Though, with the atmoshpere being mostly Hydrogen, all the heavier elements sank to the center. The heaviest element found in Saturn, In the early Solar System in OTL and this one, is carbon, thereby forming a massive sphere of carbon-a diamond really-at the core of Saturn. In this timeline, much of the atmosphere has been deatomized by the solar wind sent out by Jupiter. This deatomization reduced three-fourths of the atmosphere to subatomic particles, which then re-formed into the many elements required for life. Saturn, having much more deatomization than Uranus or Neptune, had a vast sea of mostly water covering its solid diamond surface. It had millions of substances floating around, one of which formed lif
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| rdfs:label
| - Saturn (White Star Jupiter)
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| rdfs:comment
| - The planet Saturn is little more than a massive sphere of gas at first glance. Though, with the atmoshpere being mostly Hydrogen, all the heavier elements sank to the center. The heaviest element found in Saturn, In the early Solar System in OTL and this one, is carbon, thereby forming a massive sphere of carbon-a diamond really-at the core of Saturn. In this timeline, much of the atmosphere has been deatomized by the solar wind sent out by Jupiter. This deatomization reduced three-fourths of the atmosphere to subatomic particles, which then re-formed into the many elements required for life. Saturn, having much more deatomization than Uranus or Neptune, had a vast sea of mostly water covering its solid diamond surface. It had millions of substances floating around, one of which formed lif
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| dcterms:subject
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| abstract
| - The planet Saturn is little more than a massive sphere of gas at first glance. Though, with the atmoshpere being mostly Hydrogen, all the heavier elements sank to the center. The heaviest element found in Saturn, In the early Solar System in OTL and this one, is carbon, thereby forming a massive sphere of carbon-a diamond really-at the core of Saturn. In this timeline, much of the atmosphere has been deatomized by the solar wind sent out by Jupiter. This deatomization reduced three-fourths of the atmosphere to subatomic particles, which then re-formed into the many elements required for life. Saturn, having much more deatomization than Uranus or Neptune, had a vast sea of mostly water covering its solid diamond surface. It had millions of substances floating around, one of which formed life. The planet-wide ocean was roughly a mile deep. In our timeline Saturn had dozens of moons. In this timeline, all of the lighter moons were either flung out the system (About sixty percent), others collided with planets or Jupiter (About thirty percent), and the remainder combined with other moons. The four Galilean moons orbit the remaining gas giants now, with Ganymede circling Saturn.
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![[RDF Data]](/fct/images/sw-rdf-blue.png)