You could find evidence to disprove what I say. That is generally where one starts a rebuttal. That fact that you offered no counter-example nor intelligible argument sums you up nicely.
If you put forth the effort, I'm sure you can come up with something.
Well we can start with your unfortunate understanding of wave-particle duality. Where you for some reason think a proton doesn't exhibit the properties of a wave. Then you claim the moon doesn't reflect any gamma rays. It reflects them and yes, some get through the atmosphere. Regardless, the original question was "What harmful radiation does the moon emit?" and the moon does reflect quite a bit of ultraviolet which can be harmful of nights on the full moon.
The more embarrassing of the two is your massive duality fail.
Once again you fail to comprehend the simplest of physics. The correct answer to "what harmful radiation does the moon emit" is that it doesn't emit any (at least far from the lunar surface). Had I asked what radiation was
reflected, then you would have at least been marginally correct. But as you weren't, you aren't.
As for your belief in "radioactive waves," I'm afraid that's a delusion that only you indulge in. Find one example of a wave that is radioactive and you will have disproved me. So far all you have done is throw a hissy-fit because physics doesn't behave the way you want it to.
While all matter as far we can tell possesses a particle/wave duality, some things are more particle than wave, or more wave than particle. For example, it doesn't make sense to talk about a radio wave as a particle, nor is it sensible to speak of a gamma ray as if it were a wave.
Now that you know a bit more, perhaps you'll be inclined to do further research, god knows you need it.