 Yeah, you can actually touch that thing, exactly. Yeah, super cool. Like take a look at this thing, right? Wow! It's like so simple, but takes a lot of work, right? Yeah, it takes a lot of work and Yeah No pain, no gain. No pain, no gain. Like this one. So what did you do with this one? This is... Okay, this is uh, I took two pieces of wood like this. Okay, one like this and a smaller one like that and and I cut it at a at a 15 degree angle here and here's 90 degrees and here's more than 40 45 degrees and here's less than 45. Where's the opposite way around? I don't know yet, but Then like in the middle I put like a 35.5 degree angle right in the center of of the smaller slab Smaller slab here this way and here I put a 15 degree angle just like here Then I cut three pieces One, two, three pieces rips of wood like this Here's this plywood that, you know, bends It comes from Italy and I connected them with glue to, you know, like, you know, this end and that end here and there And the middle one I put in to the to the ridge that I cut from center to center And that's what happened. I clamped it and I glued it for like, you know, two hours So and then it was finished. I mean, I like this structure as such. I mean you can I mean you can do a lot of stuff with it You can, you know, do this with it You can do that with it, but it's not as pretty as, you know, the natural as a free form. What are you? Yeah The natural angles what it's doing with it And I was looking at it for a couple of days and I got bored. I found these things. These are wooden, you know, dowels And now I'm just, you know, you know filling them up in the center Like, you know, random, you know, at random angles all the way through like in the middle, too Afterwards, I have to see, you know, maybe I can push them in more And maybe I can take them out more and maybe have to cut them off. I don't know. Maybe I can, you know, connect them with, you know, strings I don't know I basically don't know, you know, what I You know, what I'm doing until I'm finished with the object or the product or the painting That's cool. So this this is the same thing you've we used. Okay. This is basically Let's put this aside. You use the plywood for this guy as well. Yeah Okay, this is like the same wood Okay And I connected it You know here Okay One piece and two piece and three pieces. Okay. Here's a here's a perfect square This is a perfect square right here Is there a wood inside that or is that hollow? No, no, there's wood inside There's wood inside. So you took a perfect square of one of these woods like one of these, you know cut Perfectly, okay, you know perfectly to a square and then I glued here this to here And they all have to have the perfect the same size otherwise It would you know, it looked like this. Yeah, or like that, you know I mean they have to be perfectly, you know measured symmetrical totally all the way And I cut here this one Okay, this is basically also It's the same length from here To here. Yeah as to here and you're going down the center So your axis of symmetry if we do a little tilt with the camera So your axis of symmetry is just going straight down here. It's perfectly symmetrical That's cool. If you see from the side, okay, look know what you see I It's like basically a block So most of your structures you're building you do a lot of measurements almost everything you do you're doing Very precise. Well, whether has to be a sense, you know to it. Otherwise, you know, it's useless. Yeah How can this be the same length as that? Yeah, yeah, how can this be the same length as that? Yes, it is. You know, you know, that's what makes it interesting Yeah, and with the when you do this when you try to make a symmetrical it becomes very easy to stabilize the structures. Yeah Yeah, sure and if the wood is You know, uh, you know high quality wood, it's you know consistent all the way through so there's no, you know pieces that are You know, uh, you know where there's something missing in between For example, okay, cool. Cool. Should we take a look at the this one this one blew me away Should we just build it up together here? Let me give this a quick look. That's this guy Right. These are the angles. So I guess this was a little bit less than 45. This was a little bit more than 45 This was a 35 degree angle one 15 degrees here and this was 90 degrees. This side is 90 Sorry, this side is 90. This guy's 15 degrees and this one was 15 degrees exactly and it just goes up All right, and very stable surprisingly very stable. You can see how thin this is, right? Here, can you pass can you pass me that one as well? I'm just going to do a close-up again. Super solid Well, yeah, because there is like tension in there. Oh, yeah a lot of tension because of the The arch on him of the bend So the tension keeps it more stable. Well, the tension keeps it totally stable Totally stable like, you know, because I had to glue it here perfectly and here Yeah And that's basically what they do with bridges when they're building bridges. They put tension to keep it totally stable Okay, so here's this guy It's not rigid so it doesn't break. Yeah. Yeah. Yeah, like rigid stuff Beautiful. So these are the squares you can get a closer look and all these things are the same size Right So this this thing, I mean here I'll I'll I'll bring this guy close to you So he's built basically they're basically Lego blocks to a certain degree But his his blocks and he's done the golden triangle here. He's done the measurements and Sorry, the golden rectangle not triangle the golden rectangle and he's he's doing ratios and You know bringing distances together and connecting it up where the golden mean that's called the gold mean where they You know, you know, that's the perfect That's a sweet spot, you know where Like if you take all these, you know together and you make it smaller and smaller and smaller, that's where it ends up That's cool. Yeah. Yeah. So here's the rectangle and he's got the ratios going and it's connecting up right there Uh, I mean this was like packaging wood, you know, I had a shipment of something coming And they packaged, uh, you know, this with you know, this packaging would Understands. Okay. So this is one two three four five six Uh golden rectangles. Okay six rectangles and I made You know six times six is 36, you know golden rectangles and then I you know put them together like this And because they have the same size It's the same material If you see it, you know, you see the same pattern because it's like a it's like a twisting kind of thing So you got a little I mean I could have made more and like on each, you know level I could have made it just a little bit smaller, but It's a lot of work So you're giving a nice spiral spiral within a spiral made by the golden rectangle so Beautiful, you can see that. I mean I could I mean you can build this higher you can put them, you know closer together if you want You know, I mean you can make it nicer You know, you can play around with this, you know, if you want you can actually, you know I turn it so you can see all the different angles. I should put on one of those, you know You know display units. Oh, yeah, I'd have a rotate. Yeah, we're rotates like this That's seriously like beautiful It's not glued or anything, but it stays and you can play around with it I mean if you want to you can, you know, put them, you know, totally straight if you want to And you turn it into an apartment, you know building like just Connect them up. That's it. Yeah, I mean I could do that like that. Yeah, right and it still has that sort of effect, right? Yeah, that's super solid like So there's like, yeah, it's beautiful Right Yeah, and it just basically The the most basic form of mathematics that appears in life that we find in nature Used to create us create a sculpture, right? You know, I believe that, you know, when you do something You know, sometimes you don't know the reason Why you're doing it you play around and then you you know find something that, you know, pleases you or makes you smile That's the moment where, you know, that something's on its way, you know, to becoming, you know, really good