Just wanted to take, oh, 10 seconds, to refute Dankward's gratuitous assertion (delivered as always such authority) that all impact craters are round. Here are just a couple from earth.
You'd have all kinds of things (in a wide variety of shapes) coming in from strange angles. But instead (on the moon) we see this:

Perfect circles everywhere ... that also appear to be very shallow for impact craters. These look more like bubbles in a liquid than they do impact craters.
I said that explosions tend to radially expand outwards as energy is quickly released, thus resulting in round impact craters. This was specifically about the moon, not about earth.
These are not all "perfect circles everywhere" on the moon either, as I already mentioned - just look closely without bias. Use an image editing software if you want to. Are you really looking at this and saying they are all perfect circles?
However the soft, light moon dust (regolith) is displaced much easier than the tight earth crust, thus tending to result in nice, round craters.
If you think this proves that the moon is "translucent plasma cheese" you're mistaken - we know the moon is a solid spherical object lit by the sun and only by the sun, we can actually bounce signals off it's surface (as has been done even by amateur radio operators since decades) and measure it's surface using radar, as well as perform spectroscopy on the light that bounces off of it.
You should really take into account more external, unbiased material on these topics instead of just picking what confirms your bias.
Radar image of the moon, that means not only light reaching it, but invisible electromagnetic waves hitting the moon and bouncing back:
