Something I have begun wondering about in the FE model is how everything stays together.
We will start with the Moon. According to the FAQ, it's 32 miles, or for simplicity's sake, 50 kilometres, across. Although there's no force of gravity under a FE model to keep it together I suppose it's possible for it to be a single large rock, held in once piece by molecular bonds. This does bring up the question of why it formed a perfect sphere. As there is no gravity to force it into a sphere, there's no reason why it should form such a shape. Perhaps, then, it cooled from a blob of liquid, as surface tension would cause it to form a sphere. But then, why does it have such an irregular cratered surface? Any kind of collisions would make such a huge sphere of rock shatter apart, and internal eruptions would spray out into space, resulting in long trails of cooled rock coming off of the moon.
Next is the sun. Observations of it suggest that it has a dynamic surface, so it must be made of liquid, as a solid would not change nearly as frequently. It would not be a gas, as it would then just dissipate, with nothing to hold it together. Of course, the sun is also in space, which seems to be a vacuum. A liquid cannot exist in a vacuum, so the sun would rapidly evaporate into a gas, and drift off into space. Perhaps then the sun is in a hollow transparent sphere made of a solid material? But it cannot be, as the Sun regularly throws out prominences and a solar wind giving rise to the Northern and Southern lights.
Lastly is the Earth. A huge sheet of fractured rock full of molten goo, much like a giant Jammie Dodger. Constantly pushed up from underneath by the FE model dark energy, pressed down unevenly on top by the weight of the continents, stirred around by whatever causes the tides, and held together with nothing beyond the surface tension of magma, as far as we are know.
Is there any explanation as to how all these things stay together in the FE model?