How many asteroid collisions are required for the Nebular Hypothesis (Cosmic Evolution) to be true?

# Problem Solution
1 Mercury is too dense. According to evolutionary theory, it must have formed at a much lower density.2 Therefore, reasons the evolutionist, it did form at a much lower density. Later, a massive asteroid smashed into it, and all the lighter material was blasted away. The material left behind is what we see today.
2 Earth has a moon, but the nebular theory can’t explain where it came from. Therefore, reasons the evolutionist, it didn’t exist at first. Later, a massive asteroid crashed into the earth at just the right angle and speed. The debris sprayed into space, and some of it turned into our moon. (This hypothetical asteroid, which of course doesn’t exist today, has even been named—Theia.)
3 Venus doesn’t have any moons. However, if the earth got its moon in an asteroid collision, then Venus should have one too. (Venus and Earth are neighbours in space, so the nebular hypothesis says they should have similar histories.) Therefore, some evolutionists propose3 that Venus did get a moon from such a collision. Why don’t we see this moon today? Because a second asteroid collision destroyed it.
4 Venus rotates retrograde, or backwards when compared to the other planets. Since this contradicts the nebular hypothesis, some evolutionists have proposed that Venus initially rotated in the ‘correct’ direction. Then a massive asteroid collision spun it around the other way.
5 Mars has a very thin atmosphere today. However, for various reasons, evolutionists want Mars to have had a thick atmosphere in the past. The answer, as you might have guessed by now, is that a massive asteroid collision disrupted the planet. As a result, it lost4 its atmosphere.
6 Jupiter has many ‘irregular’ moons. Most are retrograde, orbiting in the opposite direction of the planet’s rotation. None of them could have formed in their current orbits, according to the nebular hypothesis. Most evolutionists believe these objects formed elsewhere. Later, they were captured by gravity into their current orbits. However, such captures are extremely unlikely,5 and over 90 irregular moons are currently known. A favoured solution is to appeal to collisions with other objects.6
7 Saturn also has many irregular moons. These are also explained as the result of captures and collisions.
8 Uranus rotates on its side. Unlike the other planets, which spin like tops as they move through space, Uranus rolls along like a ball. According to the nebular hypothesis, it can’t have formed this way. Therefore, reasons the evolutionist, it formed the ‘correct’ way. Later, a massive collision knocked it over on its side. Then it supposedly captured its moons, because their orbits are likewise sideways.
9 Uranus also has an unusual-looking moon named Miranda. To explain its features, some evolutionists invoke not one, not two, but five collisions.7
10 Neptune has a large retrograde moon named Triton. Again, this is contrary to the nebular theory. Again, a collision is invoked to explain away the problem.

According to one version of the story,8 Triton used to be a moon of a planet named Amphitrite, until Neptune stole it from the smaller planet. Of course, there is no planet named Amphitrite today. There’s not even a trace of it. Why? Because it allegedly collided with either Neptune or Uranus and was destroyed.

What can we learn from all this? Although evolutionists claim to base their model on science, the reality is quite different. The solar system as we see it today—in other words, the actual scientific evidence—contradicts the nebular hypothesis. To rescue their model from the facts, secular astronomers are forced to invent a long series of ‘just so’ stories.

There’s also more than a hint of hypocrisy here. Creationists are often criticized for believing in Noah’s Flood. Since the Flood was a one-time catastrophe, it is non-repeatable. Therefore, say many evolutionists, it is outside of science. But where is the outrage for the endless series of non-repeatable catastrophes in the nebular hypothesis?


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