So real quick, I just wanted to address the sunrise and sunset angles all across the earth. Of course, people who support the globe say there's no way that in the South, you know, the sun can rise north of east and set north of west, and in the corresponding season it would rise south of east and set south of west. There's no way that could happen on a flat earth, right? Wrong. Wrong. All you need to make that happen is the understanding that you see in a spherical limit, that the limit of your vision is curved, right? And with that, you have a limit of your vision. Then you can just see that when the sun rises. Let's see what's the. What season are we in here. This is October. So if we go to the middle of Australia and we see the sun right over here, and we see when it rises, where is it? Oh, there it is. Just rose. What direction is that? According to this observer here. So if this is north, this is east. We drew a line over here which we're not supposed to do. Right. But if we drew, say, a curve, then this would be rising. It looks like south south of east, right. Not quite in the middle. This would be the equator of the azimuthal grid right here. So a little bit south. Then it sets south of west. Boom. Right there. So again we're in the middle of Australia right. We're in October. It rises like this. There you go. Slightly south of east. It does its crescent arc above you. Sets slightly south of west. Now let's change the season to, say, January or the opposing one. Let's see. Uh, there we go. So right about here, you can see we can move the time. So we move the time to here, we can see that it actually will rise north of east and south. North of east.