Not at all. God is purely mythical. Meteors are real. Huge difference!Water and amino acids arrived on Earth riding on meteorites! That's as bad as "god did it".
Except there is no "who", so . . .It doesn't explain anything, it just moves the question further away - who created water and amino acids on meteorites then?
In brief, the Whos of Whoville came billions of years after the fact.
Yes and no. Even the moon is not made of exactly the same stuff as the Earth (regardless of the collision that created it). But the potential for meteors (including all cosmic dust) to deliver raw materials to the Earth (at an average of . . . many thousands of tons per year? ) while the Earth is transitioning (from say volcanism to a massive biome of early microbes building the atmosphere) is significant. It's another piece of the larger process that has to be considered. Most of this, of course, is highly speculative, but certainly has to dovetail with all of geochemistry and all the fragmentary evidence about the primordial atmosphere. The puzzle pieces need to somehow fit together.Both Earth and meteorites are made of the same stuff, they all condensed out of the same bunch of particles rotating the Sun.
Hmm. I don't know about that. One of the ways water formed on Earth was due to hydrogen gas evolving from thermal vents and reacting with atmospheric oxygen. However, this may be irrelevant until sometime reasonably close to the Great Oxygenation Event. It could have been a little and it could have been a lot. Water is also a by product of several kinds of primitive microbial cycles. First, apparently, came extremophiles (I mean first in a vague relative sense). Methanogens, sulfate/sulfide and iron reducing forms are cited, for example. And there are multiple reasons to expect water to condense earlier than that, which is the main point here. One of the problems with trying to nail this down is that no one knows how much water existed during any hypothetical "abiogenesis event". For example, there is credible evidence suggesting that early microbes were thriving when oxygen levels were only 1% of current levels, so any water from reacting hydrogen from vents would have accumulated relatively slowly "then". Some water arrives the same way rocky meteors do, and of course free hydrogen as well, and no one knows how many icy comets crashed into Earth, nor is it clear whether the collision that created the moon involved copious amounts of ice or liquid water that vaporized and rained back to Earth to form the bulk of the solvent in our primordial soup. It's all very speculative, but all the pieces, including at least some of these, somehow dovetail together to complete the picture. We just happen to live in the era when the nature of various evidentiary fragments are beginning to emerge.Water and amino acids were obviously already a part of the Earth as it was forming, or it were produced later on in the same way it happened on other meteorites.
I think the other way to approach this is to say: what kind of infalling debris do we see today, and how likely is it that similar infalling matter persisted like this long after the planetary accretion was a done deal? And how did the collision that created the Moon factor into water formation (it certainly created plenty of vents on our chunk of the wreckage). But if we see even trace quantities of amino acids on meteors, then it's reasonable to assume that some much smaller amount survived the heat of entry (again, once we decide what the state of the atmosphere then was) and was able to "seed" a particular "abiogenesis event". It's just within the realm of possibility. While Ockham's Razor plays into the way we like to stitch the facts together, it's also important to remember that the truth is often stranger than fiction. But of course superstition is entirely a different thing, so we avoid it like the plague. :m:By the way, is there any reason water molecules and amino acids couldn't assemble in free space at the very beginnings while everything was still pretty much dispersed, just like those early crystals, boulders and all the other stuff from which the Earth was eventually condensed?