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While we're on the topic real quick of the shoot the moon thing, I had a couple listeners that were asking if I could ask you, the whole lunar wave thing has been kind of a mystery.

Like we still don't really kind of know what that is, but there's a lot of people out there saying

it's caused by a magnet near the,

near the optics or something like that.

They said you can get the same exact effect for you as a magnet.

What's your opinion on that?

Because you think a lot more people would be coming out with these videos if that was the case.

They're just making stuff up, man.

There's so if you put a magnet,

you're a lens is going to do that i mean i think if you're going to

make that claim it would have to be a magnet near something electronic wouldn't it like a television

screen or something my systems are optical what happens is i point a telescope up light is collected

through the front aperture on the the first system I used,

it bounces off a mirror in the back, bounces to the front to another mirror, then bounces

to the rear in an eye piece. That's a Schmidt-Castrain. In the APO refractor that I'm using now for

solar, light comes in the front, it goes down through etylons, which filter

the light. It's just a filter into the, well, it blocks, it blocks out wavelengths and allows

the hydrogen alpha to come through. And then it goes to the end of the scope to an eyepiece. Now,

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