Will Bouwman wrote: ↑Thu Jul 09, 2026 7:48 am
Well, the thing with teleology is that it puts the cart before the horse. Of course the size of the Moon is ideal for the kind of world and life we have.
That's exactly the sort of argument I indicted. It's the "of course," when there is no "of course" about it.
The moon could have been any size, shape, configuration and distance from the earth that chance made it to be. But if the moon had been different, we would probably not be here. So your argument looks like
"We're here, so the moon had to be the size that it is," which would be the fallacy I was pointing out.
However, you say that's not the fallacy you were encouraging, even while repeating it...so...?
Immanuel Can wrote: ↑Wed Jul 08, 2026 5:25 pm
Why is it you DO think the moon ended up being exactly the right size and distance from the Earth?
Perhaps...you are unaware...
3.8 cm is nothing, in real time. But make it into millions of years, and you get absurdities like the idea that the moon must once have been so close or far from the Earth that it would no longer be in geosynchronous orbit.
...believe life on Earth began, the Moon was only about a tenth the distance it is today.
Here's what AI says about the relative distances.
If the Moon were significantly closer to Earth, the consequences would be catastrophic. The severity depends entirely on the distance, but the primary mechanism at play is gravitational force, which increases exponentially the closer the Moon gets.Here is what would happen:Colossal Tides: The Moon’s gravity creates our ocean tides. If the distance were halved, tides would be 8 times higher. If it were 10 times closer, tides would surge by a factor of 1,000, creating ocean swells hundreds of meters high that would wipe out coastlines and completely submerge many islands.Crustal Deformation and Earthquakes: The Moon's gravity would not only pull on the oceans but on the solid Earth itself. This would trigger unprecedented seismic and volcanic activity, causing devastating, globe-spanning earthquakes and covering the sky in ash and smoke.The Roche Limit: If the Moon reached about 11,000 miles (18,000 km) from Earth—a point known as the Roche Limit—Earth's immense gravitational pull would physically tear the Moon apart. The resulting trillions of rock fragments would form a brilliant, deadly ring around our planet similar to the rings of Saturn, followed by apocalyptic meteor showers.
...that is enough to demonstrate that at least one aspect of the fine tuning argument is much less critical than intelligent design ignoramuses insist it is.
It isn't, actually, as you can see. But it's interesting that of all the various fine tuning cases I've pointed out, you went straight for just the moon one, and have been hammering away at it, as if questioning it would be capable of doing equal damage to all the other cases.
But of course, it won't. Fine tuning is a multi-dimensional reality, manifest on the cosmic scale and down to biology, and beyond that to the subatomic scale. You've got one huge mountain of evidence to climb.