fundmallon It's the PSK, it stands for personal solar service. It's a 40 millimeter refractor, it's 700 pounds just for the scrap. And the rakeys got it on, he got used and it's about 100 pounds. So it's a buck 99 and then the straps or the pipe clamps are auto zone or home depot or wherever, nobody deals. This is the most expensive part of the Sunfunk. Yeah. So it comes down here, it's attached to the viewfinder of the telescope and then it has a 90 degree viewfinder. There's a standard IPs right here. And it's just, it's just hose clamped directly onto the IPs. Okay, is there a mirror that makes it go with the 90 degree angle? There's a 45 degree mirror in here. Okay. And then it projects it out this way. It comes down and hits that mirror that's set at 45 degrees and projects it onto this way. That is so cool. So cool. So you know, 12 or 13 bucks for the film, you know another 5 bucks crap from the hardware store basically. And a little bit of fiddling. Yeah. So, these things are bigger than the earth. These sunspots are many times bigger than the earth. Now, if you look at a telescope like that, you can see those prominences coming out. Now sometimes these prominences actually have pinched off and blasted into space. If they come at the earth, we're pretty small target. It's not going to hit us very often. When it does, we can be in big trouble. Because those charge particles will react with overpower of the earth's magnetic field that is trying to protect us right now and allow those that charge material to come into our atmosphere and induce currents in our electrical grid because widespread power failures it can take out satellites, mess up your cell phones. And you can't play your video game. Turn black. Well, you have to look at the sun. Make sure you look through the glasses. And then, you can see the light. And then, you can see the light. And then, you can see the light. And then, you can see the light. And then, you can see the light. And then, you can see the light. And then, you can see the light. Jupiter, you're very large. And then, you can see the light. And then, you can see the light. And then, you can see the light. Where are we walking to? To the ring. I think we're walking to Saturn, are we? We're almost to Ethel Berger Center. Wow, they made rings. Wow, that's cool. Wow, and then, you are here. And Uranus, Uranus. You can't even see where it's at. Can you? It's a long walk. Okay, here we are at the Ethel Berger Center. Where Uranus is. Uranus. Uranus. All right. Nice meeting you all. Well, we've made it to the tennis courts now. And we've made it to Neptune. Neptune. Neptune is pretty big. It seems like Uranus, actually. It seems size. Basically. We'll have to look up some size. And the next, huh? Pluto. Where is Pluto? We're figuring out where Pluto is. Where is Pluto? Pluto is nowhere in sight. We have to walk and find out. We ran out of sightwalk at the ball fields. We haven't found Pluto yet, huh? We'll just keep walking straight. So walking by ball fields. And we're still looking for Pluto. Pluto's a long way from Neptune. So you guys said you saw it? You saw Pluto? Oh, we have a long way to go. We're going to go pass on the ball fields, I think. We've even run out of easement to walk out. We're so far out of the police trying to find Pluto. Here's the last ball field. Got what? I'm Pluto. Wow, here's the end of Tacoma. It's a curse around. Beyond the last ball field. Oh my goodness. Bring back Pluto! Bring back Pluto! Did you read the model sheet? This is a model of the solar system. Where is the nearest star? Yeah, in this model. Oh, in this model it would be in Halifax, Nova Scotia. Hey, we're endless from. No, we're Scotia. There it is. We can't get a hole we were from, and was born at. And surely. That's far. We did it. We did the solar system walk. We have covered the solar system here and there. I never wear. That's what we're still going to. That's great.