Okay, so this video is going to be on URL view, which is a very nice terminal tool. I only recently ran across. I wish I had run into it earlier. So the idea behind it is, so there are a lot of times where you have like links on your screen or links in the terminal in different places. And it's always sort of a pain in copying and pasting them into a browser or doing whatever you want with them. URL view is a nice little tool that sort of makes that easier. So the basics are, well, let me just show you how it works. So again, the basics, let's say we have some output on the screen. I'm just going to output my website. So here we have a couple of links here and let's say I want to follow one of them. Now what you can do with URL view is you just take any kind of output and you can just pipe it straight to URL view. And what URL view does first is actually takes that text and it finds all the links in it, all the URLs. And then you can go up and down with Vim keys or arrow keys to choose which one you actually want. So let's say I want this one. You can also, once you press enter, you can modify it if you want to add something onto it or whatever. But after that, it's going to take the link and feed it to a URL handler. I'll talk about mine in a second, but mine is, so here we have our nice little link and that's all we have to worry about. So it's a totally mouse free way of getting links off the terminal. Now, of course, I've done here, I've catted something into URL view. That's probably not what you're going to be doing. But you can basically take what you have in your screen in Vim or MUT or another terminal application and put it into URL view and get the kind of things you want. So I said I'll show you how that works. I'll show you how to set that up in a second. But let me show you how a URL view actually works. So it's really just a parser that finds individual links. But I'm opening up the config file for it now, just .url view. What it actually does is once it finds the link and once you select one, it actually then has to look for another script or it has to decide what to do after that, right? So I've actually made my own script called WebView that basically decides how to handle URLs because I don't want them all opening up in the browser. Let me show you what I mean by that. So let me go ahead and go to WebView. So WebView is this nice little script I made that whenever I use URL view, it is using this thing. So all this script does is it takes the extension and based on the extension, it's going to do something a little different. So the reason I did this is sometimes, let's say I'm like using my RSS reader, which is in the terminal. Sometimes it has links to images. Now I don't want to open those images up in a browser. That's a waste of time. So what I have it do is I just have it sort of download them in my image viewer, which is fair. Or if I have a GIF or a movie file that I'm linked to, it just opens it in MPV because I don't want to actually go to the web page for that. And it also just W gets some things that if it's like MP3 file, I usually just want that downloaded or PDF file. I just have it W get it. Everything else is just going to open it in the browser. So anyway, that was a lot of talking, but let me just show you it in action. So I actually just emailed myself. So this is MUT. So I actually just emailed myself this little email with a bunch of links in it. So we can see that there's an image, there's a GIF, there's a PDF, and then there's the actual link to a website. So I've set it up in MUT. So whenever I type in capital U, I get URL view. So let me click on some of these. So if I click on just the image, I don't want it to open up a browser. It's just going to open up fast. So there it is. There's the image that we can download. Well, technically it's already downloaded, but if you want to save it in case you don't know how fail works, you just press S and now it's saved. So I can download, let's say the PDF, or no, that was the GIF, but whatever. So there's our GIF. It's running in MPV. It's actually running on repeat. And we'll go ahead and get the CV, and that's going to actually output, yeah. So that outputs right into the home directory. Okay, so that's how you get different files with URL view. So how do I actually set this up in MUT and other programs? It actually isn't too difficult. I'm going to put the links to this in the video description, or really just the text of it. So in, let's see, in MUT, for example, I really just set up this shortcut, which MUT can actually pipe things into external programs, and that's just what I tell it to do. So it's now piping into URL view. Simple enough. I also have the same thing in VIM. Actually, let me go back to this email. Let me save it, and then I'm going to open it up. Oh, didn't actually save it. Let's save file. So now this is saved on my home directory, and I'm going to open this up. In VIM, I have the same kind of shortcut. If I type leader U, it gives me the same menu.  And the same thing. I also have one for news-buter, yeah, or news boat is what it's called nowadays. Just if you want to see that, I think I have a shortcut to that. Yeah, all you have to do is set a URL viewer, which it has as a built-in feature, and then set a key to actually view those URLs. So I'll put the specifics in the video description. They'll also be on my config files on GitHub or whatever. But yeah, so this is a really nice way of not A, not having to use the mouse. B, of having a solution to links on the terminal that work basically for every term, I mean for every terminal. You don't have to worry about anything else. So I don't have to run a terminal that has all this extra stuff just so you can click on links or something like that. So I'll also say that URL viewer, just as an aside if you want to do something a little crazy. So URL viewer, you can set what regular expression it's looking for with links. So hypothetically, you could have a totally different regular expression that captures something else, maybe not a URL link, maybe some kind of syntactic configuration in a programming language. And you could have it run a command which doesn't have to be a web handler. It could be any other script just running some command on it. So that's just something for you to think about if you want to dive into that yourself. But anyway, so this is, I've only been using this thing a couple days, but I could use it for life at this point. So I actually really enjoy it. And I'm only upset that I didn't know about this before. So anyway, hope you learned something. Check the description for everything. I'll see you guys next time.


Herzlich willkommen bei Methodically Wrong. Ich bin so glücklich, dass ich dieses Show an den Titel eröffnen kann. Nein, es ist nicht so, wie ich das letzte Mal auch nicht gemacht habe. Was willst du hier? Nächstes Jahr vielleicht, dieses Jahr ist das falsch. Nein, vielleicht kannst du das Show an den Titel eröffnen, aber es ist ein falsches Franchise für dieses Jahr. Tut mir leid. Ich bin so sorry.  Spare your excitement for later on and collect some power for later on. Here is the empty of science. I forgot my text. I forgot my lines. The empty of science, the podcast. Dr. Woll und Reinhold, no, Reinhardt. Methodically Wrong. Don't tell me that your technology is failing. Wouldn't it be nice to work with professionals at once? That's how it goes. Jetzt ist, das sieht das so aus, als sei das irgendwie die falsche Frequenz. It looks like this might be sending on the wrong frequency. Licht aus, bitte. Jetzt fangen wir an. Die Lauter. Long time ago in the galaxy far, far away. Episode 3333. Revenge of the Mink Rape Knights. Dr. Nikolas is on his planet, CCH. And together with his old friends, Reinhold, Reinhold, Reinford, Reinland. With his friends, they want to excite the people with their experiments. They don't have a clue that the rebels, hidden as the fire barge in Tsar 1, did not allow them to have their Mink Rape there. So we have to be in the whole chi, codename Bezenkammer. Brummkabbered. So the end is near and all the work for science is required to make them look cool again. Methodically wrong has entered the CCH, they really get tickets. Yes. Das war ja klar, da schicken sie wieder Milch. Was, ob ihr so ever going to send me? Ah, it's not going to be that bad. Oh, come on. Oh, Reinford, we're happy to have another ticket. Save your empty words. I'm here to inspect troops, all one. So, Reinford, last time, the role they was made. All one is big enough so that nobody will notice. The sausage was still there in summer. It was the best sour-landed knackwurst. CCH was nabby and they were afraid of all the flour with a thousand beer. The congress center is being renovated entirely. But there's also some hot tea. Are you going to put us in that horrible Brummkabbered again? Das hoffe ich doch. I hope not. The doc is not as patient and benevolent as I am. Get up, young Padawan. Is everything ready in room one? They wrote letters into room one. They're speaking of health and safety that's against it. Always the security and safety issues. Having proof that we can do this. What do the attackers think, who they are? And where is the news show? In hall one, my lord. That's enough. I don't want to be treated like in Eswir. This year we have everything nice, nothing dirty. On the last day we're taking over the closing ceremony. And then we'll be in hall one, finally. Starting next year. Then we'll take over the whole congress and do it all alone. You notice I had the blue one. Damn. Oh, how wonderful. It's exactly the same in year and I completely forgot what I was going to say. Reinhard is enjoying. We also want to do something like unprofessional. We expected something unprofessional from the organization. So we don't like that bad. There we are doing a good job there. Okay Reinhard, he's just trying it. That's the moment. The expectation is so high, everything is here. I want to just say, welcome to today's disappointment. Always these expectations. Yeah, we can't talk about Amaras. Theresa Gu, we wish to think about it today. We have been in the center of the center. I have been there. We brought the suitcase. Under the escalator, out of the suitcase. It was a little bit like so. I want to talk about science with you. Okay, last year. We were surprised the most, I suppose, and also the view. Okay, this expression, we can't hold it today. We will try it anyway. We brought something today. What we were allowed to. Correct. That's the reason why we're not in the whole one. Because people are asking again. In her one, there's no fire allowed. Okay, that's something you can't do. And that's why we're here in this room. That's nice, you've been here with us. We could put up a sign all the time. Each time we do something that wouldn't have been allowed in whole one. So also, hi to the other rooms. So her one and center, center, hi. Thanks for watching. What you've just seen was a Tesla Travo. You can do all the funny things, for example, you can do it. Yeah, I didn't want you to hurt yourself. Yeah, we're a bit close. Tesla Transformator gives like 20,000 Walls up here. That's not that many currents. So I can get. Linus. So the power is not that huge. Of course. Can I try that as well? Can I use your car key for it? The only reason why you use a key and not your finger is because you would burn your finger quite enormously because the place where your, where that little branch of plasma hits your finger or hits, but whatever it is, gets pretty warm. Yes. The thing was when the bunny called Tesla, Tesla was an interesting person. He wanted to also at the beginning of his career as a scientist, he had some very good ideas. That reminds you of someone. Just kidding, not you. You never had good ideas, did you? You can't take away my jokes. Sorry. So, in two phase. Alternating current. So in North America it was to discuss how we do this with the current, directed and alternate current. So one of the candidates talking about us. He also invented the electric engine and I don't know how many hundreds of patents. Last time I was in Darmstadt for a small talk, a man came up to me and asked me how I felt about Tesla because he rejected Einstein as everybody knows. So, everything you want to know about Tesla, just read up on it on your conspiracy theorist's board of choice. But what I was going to say, Tesla got a bit too much of his own alternating fields and eventually he was still a genius, but in a state where he was being visited by aliens and he was on Pluto. Yeah, probably at one of these experiments. That's an early Photoshop. Double exposure. During I took this picture he was in the room, so it was a double exposure, but yeah, it's the body metal. His plan was, he had a similar tube like that and he wanted to get the whole electricity electricity in New York without wires. That's not the tip of the iceberg. This is not that far-fetched. He also wanted to realize the entire power supply of the world with his towers and he started with one of them and he built a huge tower in one of his laboratories, but it never got fully built because at some point his other people gave him money, got cold feet. No, I was going to have it in the whole evening. So one is leaving the stage and is looking for something. Yes. Oh, let me just briefly explain about this little box. There it is. What I'm looking for. This little box here is a kit that I got. I was paid to solder together while I was still working in university. This little box is a storm-warning kit that we were gifted after Mr. Brutler have conjured up the thunderstorm at camp. Unschuldig, since ever then we have to think it with us. We just never used it and so today we can't test it. We bring it close to this Tesla Transformator, which we will call some lightnings. It's not doing anything right now. Oh, yes. It's glowing ever so slightly, but you have to guess. Oh, yellow. Oh, it went from green to amber. That's great. The last green light is blinking. Oh, no. I don't know. It went to red. That works. If you're two ten minutes away from lightning. If lightning hits this thing, it can tell. Awesome thing. Yes. Boss. I enjoy this moment so much. It's time to have fire. Fire? I'm looking for things. Where is this little... I'll just have a look over there. In this... There's the chemical in the Senaka bottle, where you're going to talk about. Oh, it's labeled. There's an exclamation mark on it. With a semi-transparent ink. One has to add. I had two bottles to choose from. A water bottle and it's not a good bottle. I thought the water bottle might be a little confusing because of the liquid transport, but the color bottle should be safe. Yeah, but it would have been awesome if you'd left the phantologger on it. We'll see. That's the experiment we also made two years ago. I'll actually ask you a case. Didn't we have a larger one? A chemist, look away please. Can you pour it back into the original bottle? Alter, das Feuerzeug... Das Feuerzeug schlagt neben dem Pistler. The liner was hanging out next to the tessler shots from later. That's also a good thing. I know how many times to push a large one so the air can come in. But this one, I'm not sure. Thanks. Oh, shall we start it off? Of the styrofoam. So in here we have alcohol vapor and hopefully sufficient amounts of air to be able to ignite it. You all know it, we tried it a couple of years ago. Yeah, no need to warn the cert. We have to get going otherwise. I think we have a larger one, don't we? That's just because of the size of the bottle. But scientists like to scale the experiments. And it's awesome. Just prepare the second bottle please. I can show it twice. Yeah, respect for work, yeah. Is the cert getting nervous already? We decided to let it fly anywhere. But what you can observe nicely, is the process of formation. Let's have one with and one without. Those things, we don't care if there are people sitting here. We just continue. Okay. This one is spraying. There are children here. Now you can play with the light in here. Yeah, the dark variant please. Okay, let's see what's happening. Okay. I wait for the camera. Expert. Professional, professional lighter. But it's not because of us now. It's not because of us now. It's because of the light. But it's not because of us now. Who's at the switch? Hey, fall asleep. Okay, I have to be enough. Okay, let's have the other. Can I do this one? Why did I get the one that still has something in it? Just ask yourself why I'm stepping aside now. Also, this reminds me of something. Disappointment. So viel war da noch. So viel war da noch. So viel war da noch. So viel war da noch. So viel war da noch. So much was in there. I like nothing from safety thing is here. We need air in there. We need to have air in there. Sorry. We prepared something here. What's this now? It's not going to happen. There's no air in. And now the people in Hall One are happy. No, no. Take over this tomorrow. You can see here the Flammation in slow motion. It looks very awesome. You can see first the vapor is FLAMED. And then, yeah, it's missing. And this is going down cyclic.  Manche haben auch Rockets gebaut.  Ein Freund meinte, dass er diese Dinge in Russland gebaut hat. Und er ist eigentlich aus Maritou, Russland, eigentlich. Okay, wollen wir das elektrisch sehen? So, carry on. Wir haben einen Blick auf unsere Homepage von unserem Institut, wo es ein Doppelname ist. Wir wollen in diesem Microwave arbeiten.  Experimente mit Microwave sind für das sehr gut.    Don't do this at home. Not in your home, anyway. We didn't do this at home. We bought this Microwave in Potrop. Yeah, eBay, small listings. Just go there and look for the smallest, the cheapest Microwave you can find. This cost us, I think, 20 euros.  And then a guy in an old T-Shirt asks you to come in. And that's when you start wondering if you really need that Microwave. I said I would say, then there's a car running. We want to start with this one or the other one? No, we don't do this. We have the other one. Let's have a light bulb. These are various levels of escalation. Have you ever worked one of these metalized things? No, we didn't. Yeah, I can also see it on video. For the camera crew, maybe he's down in front of it. No, don't worry, nothing's going to happen. I'm right beside you. But maybe I should keep my finger somewhere near it. So what do we expect? To glow because there's usually lower air pressure inside the light bulb and of course the metal will see. Oh, that's awesome. Okay, I know, it works. It works. And it smells a bit funny.  And it is quite hot. We're losing control. You got the fluffers? Oh, with these as well. But it's pretty much the same thing. You want to be Jewish, aren't you? Did you check if it fits? Awesome. So, you can use a microwave to actually make some sensible experiments, not just put a light bulb in there like we did. But actually measure things, because on the back of this microwave there is one interesting piece of information. Where? Mine in China or what do you mean? Cheap jokes. We can use this microwave to measure the speed of light. How can we do this? Sorry. Oh, thank you. Oh, thanks to this guy. If you don't know this stuff, it's sugar. Foamed sugar. Okay. We have a standard wave and a standard microwave in the microwave. Oh. We said it's seductive for fun, not literally. It looks just like that. So, was ist das? Wir haben points in the microwave where the field is moving heavily and we have these not points where nothing is happening. If you put something in, that's on me. If you put something in such as chocolate, then the chocolate is melting, especially at these points where the electromagnetic field is moving the most. We also figured out with chocolate it's not working that well. Basically, Mr. Ramport likes fluffer more than chocolate. This stuff is amazingly disgusting. It doesn't work with chocolate. Unfortunately, you rarely find chocolate of this size. For a second I thought you were going to eat this. Of course. A little bit of copper. It tastes just like our Mensa. Just like the university canteen. You see this awesome fluffer cream and it's bright white and it's just sugar and it reacts interestingly to heat. Of course, it's not going to turn. Okay, so that's also not going to work in hall one. Of course, it's going to smell funny. Do you know how long it takes? No idea. As soon as it burns, it's fine. It doesn't shine up, because we took it out of the lamp. So you see the lamp when you put it in the lamp. So, the electromagnetic point is already reached. Oh, something is blubbering. No, it's not enough. But it smells good. I'm just getting something else. Can you do something to make it blubber? What? Thank you. You're welcome. It's a difference between him and me. We're now looking at the next everyone. Just talk his next beer. Speaking of which, where's the cap? It just smells... Yeah, but it hasn't burned yet. In the meantime, you can tell the audience what we're going to see next. Where's the knife anyway? No different knife. In fluff. Napkins. Ah, is it? The first drill also gets appetised. I think it's okay. So you explain, I'll prepare. How you can see here. Hallelujah. This will be in program laborn. Wo ist das Glas? Which glass? The jar. Ah, the jar. Just look for it. Yeah, you carry on. I'm going to go looking for it. Okay, just one minute. Because that's the only equation we're seeing today. Is this one? It's getting hard now. The speed of light is equal to the wavelength times the frequency. The frequency of a microwave is written on the back side. That's what Mr. Renfort wants to say. 2.45 micro-Giards. And the wavelength. We can go back. We can just measure it. We see this. The wavelength can be measured. Because there's a difference. Not from one hole to the other. But from one to hole to the, not the next one, but the next after. Yeah, I also realised that. It's of course the one in the first row. We see his points here. And if you measure the distance between these points. If you're not taking this too precisely. The error bars about half a ruler's length. It's about 7 cm. As just he said. But we have to take it twice. And then we can put it into the equation. And then we have speed of light is 1.14 m times the frequency of 2.44 GHz.  Million m per second. And we're really close to speed of light. Isn't it? This means we measured speed of light with this thingy. Amazing. And my hand got sticky. Another thing. We have this microwave in different stages of escalation. And this is the most awesome one with biscuit and grapes. I once made a side slam. Also, as an Emperor Dust is. The topic was about. We used a microwave source to make diamonds. Of course it was not of this one. It was more of a high tech. Well, if you try hard enough. We could probably make it with this one. Here's one of these guys I want to talk about. If you do the side slams. So once in a month you get a call. Have won. It's a very interesting talk of you. And we'd love to do the same. We do have a microwave. And we would love to do diamonds. At least once a month I get an e-mail or a call. Today I just saw the side slam to the slide. Or maybe a little further. Because in the side slam you have this slide. As a concept sketch. As silly as this sounds. We met somebody at a diamond conference. Who had no idea of research. But it's pretty awesome what we're doing here synthetically. And he just bought lots and lots of stuff of eBay. And now he's building one of these diamond machines in his garage. I was not here tonight. That is a good question. Please? I didn't get a ticket, yeah. What I want to say. Long story short. Diamonds in such a microwave is not as easy. But what we can do is doing a plasma. Not only in bulbs. But just with materials. That's pretty awesome. So we're going to try this. Well we're going to try. This is the kind of experiment that usually works once. One time out of ten. We tried it with this glass three times. Out of three last time. So that's pretty magic. So what we did is we took a grape. We cut it in two. But it's still attached by the tiniest bit. And the biscuit is in there as well. Then there's a piece of tissue in there. So we get a bit more soot. As soon as we create the plasma. And all the soot in the carbon is a bit more easy to ionize. Because it's simply air. I'm interested to see if it's going to work or not. Because I just built it off the top of my head. If you look at it, it's definitely an experiment of metallica incorrect. Let's have a look. No, that didn't work. Did it light up? Not as we want to have it. We had a second glass as well, didn't we? Switch back to the slides, please. Then we can explain in principle. We have to go back to the field, which is hidden here. And the charges in this thing follow the field. Also in this bridge in between. And it's a very short way. And many electrons are going to do it. And therefore it's getting hot.  And that's why we have put also the silver. And the carbon is very easy to ionize. And therefore we hope there is a plasma in this glass. We have three attempts. And if it doesn't work on the third try, then we have video. Not looking too good. Is it maybe because you are doing this wrong round? Yes, it could be. But it might also be because we have different grapes than we had last time. Where do you buy them? I don't want to say it was Riva. The last ones were from Lidl, haven't they? I don't remember. I smell Wife, not you. So if you ever want to do a plasma in a microwave, the grapes from Lidl are the better ones. I don't have that much to tell anymore. Or we can just show the video. Will this be helpful? Nee, lass mal. Lass mal, dass wir probieren. Und wenn das nicht geht, let's try this one. And if this doesn't work, then switch to the video. Yeah, me as well. Should maybe try the other glass again. Should I try the other glass? I just have a look right now. I'm hurry. Oh, so this is something, which reminds me of something. Just give me. The glass is still okay. That's what we actually wanted to show. Well, you can see the flame in the lower right. And that's the grape. And the paper that's around it. And that starts burning. And on top, there is anionization happening. And that's the plasma you create in the microwave. And that's the plasma you create in the microwave. And the colors tell you what kind of gas it is. We see yellow here. So it's a lot of nitrogen, which is what air consists of, consisting of mostly. Now, this is my favorite. Well, we have to take care of that, too. We want to show a phenomenon, what you certainly want to see. You want to show a phenomenon, what you certainly know. Beer-Tapping. The physics of beer-Tapping, and this is called. You all know that. You have two bottles of beer, and you bump one on the top of the other. And the whole thing foams over. And we've got a wonderful video of that. And if you look at it in slow motion, then, well, somewhere in the liquid, you spontaneously get bubbles of carbon dioxide. Can we put this guy in another place? There are long cables and short cables. Can we put this somewhere else? Can we disconnect and put this somewhere else?  Well, thank you. Mr. Remford. Just, you know, speak about this. Yes, this phenomenon, that you can hit one beer bottle with the other. And the upper one will run over in the lower one. This was researched. And this is called physics of beer-tapping. And people researched why the lower bottle runs over. And the reason is that the hit of the upper bottle causes a pressure wave in the lower bottle. And this pressure wave will be reflected up. And this is an expansion wave. This wave will run up again. And will then be reflected down. And this compression wave will be reflected up and down, et cetera, et cetera. And these expansion waves happen with the oxide.  And when that happens, the ratio of surface to volume suddenly change.  And then suddenly they sort of absorb all the carbon dioxide from the surrounding beer. And they grow immensely. And suddenly they start rising. And you get these nuclear mushroom-like explosion in the beer. And through this expansion, they get closer to more CO2 and they can grow more.  And we thought we showed this to you. We can also look at this closer. If you have understood this principle once, why the CO2 is so separated out of this liquid, you can speed up this whole process. And because we have pressure waves. Well, we're going to start with this one. We start with this one. If we put the beer bottle in a hypersonic path, then we also reduce these shock waves, but not only once, but a few thousand times a second. And we can assume that all the CO2 that is solved, that is in the beer, wants to escape in like half a second. I never tried this before, by the way. Ja, ja. One moment, please. That happens with beer. We've talked about scaling things up today. It's that time again. May I? If you want to unwrap it, or should I do it? Ja, go ahead. There is a little more CO2 compared to beer. I seriously hope that it's not going to just burst. It's going to burst afterwards, but it shouldn't burst out yet. Let's carefully... Oh! Well, that wasn't it yet. No problem. No, no, no. Ja, this... Not in all one. Ja. Now I'm going to need some sort of exit. We tried it last in my garden, and people weren't happy. It's going to get messy. Eventually we need a few angels. We hope the most of the stuff goes back into the bath. That's very naive from my experience. Let's go. We can't put the cork back in there. Well, in my case, that went quite a bit higher. But still... Probably not enough water. We've had that higher, but no worries. But that actually has real importance.  For us. This behavior of CO2 has real meaning. This is like Nios or Nios, or however you called it in camera. Das ist sehr... ...versaturiert. ...versaturiert mit CO2. Und weil es Volcanik-Aktivität ist, viele CO2... Und seit einigen Jahren ist CO2 in einem Explosions-Style geliefert, so wie wir es mit dieser Praseco-Bottle gezeigt haben. Und das hat eine sehr satte Konsequenz.    So, jetzt kommen wir zu etwas richtig komischem, das ist Religion. Du rememberst, das war ein Gift von einem Leser. Und eigentlich, nur nachdem wir hier vorgekommen sind, und ich hatte so viel Spaß.  Die Reviews sind amazing, so wie das. Wie kann ich die Leute in der Nähe von der Spaghetti-Monster als Fanatik-Pastafarian sein? Ich kann mit der Hilfe dieser Buch die Jungen der Kinder zeigen, dass Pastafarianismus real ist. Das ist auch gut. Das ist auch ziemlich gut.  Und das ist so, dass du noch ein paar Church-Taxen payst, ein bisschen schiefst. Ich bin sehr glücklich, dass es auch ein Teil ist, und das ist dieser Buch. Was ist das für ein Frisch? Nein, wir müssen das Experiment zeigen.  Öl-Sphäre. Ja, danke. Ein Interessant in der Lage sein. Und ich meine, ja, ja, wir haben alles, was wir brauchen. Wir haben alles, was wir brauchen. Und ich ... Ich werde das aufregen. Warum sind es nur russische Signen? Wir brauchen eine Flasche, die wir ...  Das ist okay.   Wir werden in die Flasche, meine Frau sieht es nicht, denn das ist der anspruchsvolle. Es sind in den Chil recipes, und sie sind in dieelben Kälte. Drei Spelzchen. Ja, ja, das ist gut. Der nächste Schritt ist wichtig. Ein ganzργiger Alkoholgesundheit. Ein Schluß Alkohol in die Flasche. Weitere jetzt ein Gewicht von Alkohol. Sie werden nicht mit northernen Beine sein. Ich bin wirklich nicht sicher, was Alkohol hier bedeutet, dass sie es nicht specify. Also, wir werden Wodka Putinov in da putzen. Ich bin auch nicht sicher, was ein bisschen Gulp ist. Das ist ziemlich brav, given, wie ich meine Bottles labele. Kannst du es noch sehen? Mehr Korros als du. Okay, ein bisschen Gulp.  Ja, ja, ja. Chemis, du hast es nicht verabschiedet. Ja, sogar mehr. In den Safety-Offices würde ich das sehen. So, staunen. Also ich lese mal vor, warum wir jetzt staunen.   Du hast ein bisschen Kratur. Und dann, wenn du mehr verabschiedet hast, dann hast du das Öl-Grupp und du hast ein bisschen Spheur, das in der Silke verabschiedet ist. Ein bisschen mehr von der russischen. Okay, ich werde die andere nehmen. Wir werden diese russische Gift nehmen, die ich in Belarus habe. Von der Universität, wo unser Professor... Ich würde sagen, es hat jetzt so messenmäßig ein bisschen was von das Blut Christi. Es sieht aus wie der Blut von Christ.  Einen Moment, bitte. Und dann werden wir uns anschauen, was das über uns und unserer Belastung sagt. Also, meine Freunde. Einen Moment, einen Moment. Ich werde einfach starten. Ja, starten. Ein ganzes Jahr echt drauf gefreut, dass ich mich hier wieder... Ich habe mich wirklich vorbeiziehen, für ein gesamtes Jahr hier, damit ich hier rübergehen kann. Die Erklärung dieser Experimente hat mit der Densität der Silke zu tun. Und das Öl ist weniger dänst als das Wasser. Also, es schwimmt auf das Wasser und das Alkohol ist sogar weniger dänst. Und diese Experimente kann mit einem biblischen Quote beobachten. Bisschen Konzentration hier mal. Während mein Heiligenschein zusammenfällt. Ein bisschen Konzentration, während mein Corona-Kollekt hier ist.  Das ist seine Stelle, das ist, wo er belongs und das ist, wo er zu Gott ist. Aber dann verändert sich etwas. Gott hat einen Plan.  Und Jesus macht das. Er fährt und schläft.  Er wird ein Mensch. Und diese Menschheit von Jesus beginnt mit seinem Geburt. Und wir werden das skipen. Und das ist... Gott hat verändert. Er ist wirklich nah zu uns alle, wie lange wir Wasser trinken. Er wurde Mensch. By looking at the oil spheres in the bottle, we can remember that God came down to us because he loved us and gave us alcohol. But now I ask you, what does this tell us? Didn't all of us drink too little? God comes to us through alcohol. Yes, cheers. I've done this experiment twice and it hasn't worked twice. It just kind of fits the whole concept of this book. Only my faith is missing. So, it's time. Friends. Oh, yeah, right. For the thing we get most of the criticism for. Es ist die Musik, aber wir werden auch heute schlechte Musik continue with our concept and you are going to have to bear with us for bad music and we found something on the internet. Do you want to be rappers? Well, I think they also do a sort of podcast. We need the sound of the laptop as loud as possible. Let's drop the beat here. As loud as possible.  This is Mincorrect Talking with the dialect from the Roor Pot. Double effect. Double effect. Double effect. Double effect. Double effect. Double effect. Double effect. You didn't understand. Are you listening to Mincorrect here? Come to the congress, come to Hamburg. Get your nitrogen. Here is the science battling and only Mincorrect is setting that. There's no paywalls only if you're listening to Mincorrect. You're learning something. You've got too much beer. Send it to Mincorrect. YOU WANT EXperiments, listen to mean correct. We are mean correct, we are we are we are we are we are we are mink-al-rect. We are we are we are mink-al-rect. We are we are mink-al-rect. I'm not a rapper, I really apologize. Nyxfnodshow We are mink-al-rect I thought they were in correct, dear. This will be awesome. Don't worry about fire protection. We've got gadgets way beyond the border. Wir machen alles, was wir tun. Falsche, Natur, Wissenschaft. Verwaltungen.  Verwaltungen, sogar als PHD. Entschuldigung. Wir werden uns diesen Punkt für das Song geben. Wir haben uns sehr verabschiedet. Aber das ist beyond our ability.  Wir haben uns sehr verabschiedet.  Verwaltungen. Verwaltungen. Verwaltungen. Verwaltungen. Verwaltungen. Verwaltungen. Einat und Nikolas, Mikorekt ist vor und dabei, der wird Renz Setter. Mikorekt ist ein Gott, Mikorekt ein Retter. Wir werden hier wieder von hier aus verabschieden. Wir haben uns auch verabschiedet, aber das war ein bisschen viel. Vielleicht sollte es ein Live-Rap-Battle-Translation sein. Es ist jemand, der diese Gangster-Kappe will. Wir hoffen, dass ihr zu viel verabschiedet seid. Nach der Musik haben wir die Chine-Gadges. Das war ... Das haben wir letztes Jahr gemacht. Ich glaube, wir haben das nicht gemacht. Wir haben das? Ja, wir haben das nur gesagt. Das ist, wenn du einen Schock-Mannel hast. Wenn du nicht genug Schock hast. Das ist unser Schock-Emergence-Signal. Ich probiere es mal in die Richtung.  Ich werde das mehr in diese Richtung probieren. Wenn ihr diese Dinge seht, sind diese oft in pedestrian-Ariens geäußert und verabschiedet sind. Wenn man Schock-Mannel hat, verabschiedet ihr sie, wenn ihr nicht genug Schock habt. Es ist so, dass es zu Kindern und Städten verabschiedet ist. Ja, das funktioniert mehr oder weniger. Ja, das ist das, was wir hatten. Das blaue Licht, das ... Ja, es ist blau. Das Schock-Emergence-Signal sollte zeigen, ob es nicht genug Schock ist. Ja, ich habe auch nicht genug Schock. Das Problem mit diesem blauen Signal war, dass ... Also, zuerst muss ich sagen, dass das von dir verabschiedet wurde. Wir haben nicht in ein paar pedestrian-Ariens gesehen. Und wir haben das vor vier Tagen in einem pedestrian-Ariens in Hamburg geäußert. Jemand hat es dort verabschiedet. Ja, und ihr habt Probleme mit dem. Wie ihr das einfach seht, ist das eine sehr kurze Lebensspannung. Also ... Ihr würdest das Alkohol haben, aber das ist nicht wirklich zufrieden. Also, ein China-Gadget, wie das hier ist, ist sehr gut. Wir haben einen Hauptdesignier und gesprochen mit ihm und gesagt, wir müssen hier aktiv sein.  Das beste, das wir jemals gebaut haben. Es ist sehr gorgos. Die Weise, wie etwas wirklich funktioniert, auf so vielen verschiedenen Levels. Und natürlich, das Design definiert so viel unserer Erfahrung. Ich denke, es gibt eine profanzehnte und engerne Beteiligung in Simplicity, in Klarität, in Effizienz. Die true Simplicity ist von so viel mehr als nur die Absicht von Klutter und Unimentation.  Die Schunk-Emergence-Signal 2.0 ist eine cleare Präsentation dieser Gold.   Ja, und jetzt... Warte, ist das ein Moment?  Es geht sogar an. Es ist ein Gadget, das wir aus China bekommen haben, für 50 Cent. Das funktioniert eigentlich, das ist verrückt. Lüft es hier, niemand kann es hier sehen.  Ich wollte eigentlich eine lustige Geschichte erzählen. Oh ja, wie wir das alles baut. Wir waren in Essen in einem Balloon-Shop. Hast du ever beennt zu einem Balloon-Shop? Es ist eigentlich sehr komisch. Sie sellen Balloons. Es ist eine ganze Shop für nur Balloons.  Wenn du von ihnen die Helium buyst, dann fragst du, wie viele Balloons. Dann sagst du, es ist wie ein Medium-Balloon, und dann fragst du, wie viele Balloons. Und dann fragst du, wie viele Balloons. Also ja, es ist wirklich ein Shop, wo du nur Balloons kaufen kannst. Ich glaube, dass du das gesagt hast. Wir müssen hier nur vorsichtig sein. Schunk-Emergency-Signal 2.0. Es funktioniert. Es funktioniert, Reinhard.  You have to do this if you have Helium, right? Enough of that. Let's talk about the sad thing of today's talk. What was that supposed to be, Reinhard? We took part in a small experiment, which had something to do with passing on data. We have a CD player here. All the people will know what that is. There were these round silver discs, with which you could play music. And then we have a speaker. And you can listen to it. Here we have an amplifier. And this you can buy. For way too much money. At Püvo the teaching pharmacy. And I don't remember how exactly this works, but this adapter, this change adapter. If you are going to ask, does somebody know speakers here? No, you know the one that was supposed to be here. That one there. I'm just gonna plug this in. We should probably have done this before. This is just mono, then one is enough. Do you remember, do we have eight ohms? Oh, no, no, wait, wait. Input, input, that makes sense, right? Where's the second one? We have another one, right?  But you'll see. Can you look at this? Yeah, eight ohm, right? I can take a look at the thingy. We haven't got a circuit plan of that thing. It will work. How was this again? I really don't remember how this works. I'll give you a moment there and just, you know, talk about it a little. So, we had help from someone who helped us bring the plop. And he asked me today, you know, were you serious about that CD player? You're not just doing that to, like, play a sound file, that's gonna be more to that. And I told him, of course, yes, it's not just about any CD. This is a big, big moment for me. I don't know if this is the right way to connect the cables here. Is there power here? That reminds me of the gigs of my band. I powered it on. Okay, this is the disc. It feels like when we used to do concerts. And it's still just as quiet, really. Okay, so it's as I feared. Just a little bit chaotic, you know. It would be fine. Wait a minute, this goes in here, this goes in here. Oh, unfortunately, I have it in my hand. So, the biggest crowd that has ever had this music play to them was, like, 15 people. This is running? So, I wanted to pick one of the good songs. We have to see if this runs at all. And there really aren't any good songs on this disc. I'm not hearing anything. The CD player is running, right? Yeah, I have to pull trigger the switch in the box. This is embarrassing. We're failing at the speaker. This is the exit with five kilo ohms, but this doesn't seem to be the problem. Did I hear useful tips over there? If you put it together, there will be a poof, and then the cows will tip follower. The cows will tip over. If you put it together, the wrong way. This goes here, this goes there. Oh, yeah, the mass is missing there. That's a good tip. This should go here. And this should go here, right? Well, I still don't hear anything.  Well, we seem to fail. Does this run? We actually fail here.  No, no, seriously, no. I don't know how it looked like. But that should have been the high point of my musical career. I'm very sorry. It's unbelievable. There is not so much, so many things that you can hide here, right? Oh. This harmonious sound. Oh, no, no, that's not the good one. I'm just going to pick something else. This is not very spectacular. This is just music, and this is just bad music. So, what we actually want to show you is, dass man diese Verbindung lösen kann, genau, und diese Musik, hättest du mal den? Diese Musik geht wortwörtlich durch Mark und Bein, wenn man möchte. This music actually goes through marrow and bone, if you want to. You got to get closer to it with the mic. Actually, actually, actually, wait, that feels much better. We'd actually like to try that with a couple of people and make a circle and the whole first row. Please come up, just the first row, please. Yeah, get up. And the last person, please give your hand to me. Let's hold hands, let's hold hands. The nice thing is that the music now goes through so many people. As many hearts as never before. So, this music did not ever touch so many hearts. Not in a positive way. Oh, that's how nice. So, how does this work? Because of the human body consisting mostly of water and a couple of salts. But mostly it's a pretty okay electric conductor. Typically about a hundred ohm between the hands. So, if you have enough power, the signal goes through and we can listen to the music. So, that was my rock and roll moment. Of course, I dreamed of moments like these. Where are the lighters? Oh, yeah, here. Over in hall one is what they tell me. Well, I mean, that would be pretty badass. So, we'll put all this into the crowd. And pass them through the back, please. Yeah, but, you know, unpack them. Because you want for our world, because the musician career is not going to happen. At least you want to give him the feeling of a sea of flames. You want to show you something different that we brought with us. Did you make sense of this? No, that's everything, really. What we brought with us is a trashcan. With a bit of plastic at the back. Oh, look at that, that's cute. A lighter app. You can't get more romantic in this century. The smoke detectors are off here, right? Yeah, you can't do that either. It's my rock and roll moment. I want to see the lighters, please. Oh, all those smokers. We try to put the lighters out with an air pressure wave. Oh, I hit one. You turned it off, right? The first haircut is ruined. I'm going to eat more Ramo. Does this compensate for the concerts where only two people came? I'm thinking about doing stage diving here. Okay, one more time. Viel geiler war das Ring, der durchs Liste flogen ist. Du warst nicht beim Bund, oder? You didn't go to the army, right?  But maybe I can hit the beamer. So, let me teach you why does this work so amazingly. We're about to get in trouble again. So this works beautifully because we have this lens here that we put into the trash can. And that leads to the air in the middle being ejected very quickly and being slowed down at the edges. And if you look at this image, the air in the middle is quicker and it's slower at the edges. And then it's drawn in by the pull of the faster moving air and that creates this sort of torres of smoke. And you don't just see that with smoke and air, but you can also see it in the animal kingdom. And dolphins play with this and they use the same principle to create rings from air underwater. And that's quite interesting. The dolphin always catches one of the rings. Out of the big ring and keeps playing. It's actually pretty crazy. Well, yes. And of course we have to honour one of the greatest smoke ring blowers that another world has seen. And that, of course, is Bilbo Baggins. And don't forget Gandalf, who takes this to another level. So to speak. Mr. Remford. So, we've got a few more experiments with liquid nitrogen. This is also a case for our sign. This is not going to work in Taiwan. An hour of bearing with shitty experiments just so we can do a big bang. What you can see here are kind of okay, the other ones. No, no, no. We wanted to do the thing with the bags. We didn't think it would survive that long. But water is not a conductive thought. Yeah, that's super. I just said the opposite of that. That's how science works sometimes. I just showed them. Where are those actually now that you mentioned them? Well, that's actually more like preparation. I hope the balloons will survive. Yeah, because they won't fit more. That's actually going to be fairly boring.  Just more like 10 minutes more. Yes, I do notice. They're here. Oh yeah, there. So then. Do we have to put something there as well? Water, yes. It's a little bit experiment, which also has a funny story background because in World War II, I suppose, Churchill et cetera, they thought about having a ship out of my eyes. An aircraft carrier. An aircraft carrier, thank you. That was called Project Haber Cook. Let's go back to the slides. Project Haber Cook. They were literally thinking about one of the things made of ice, which would be unthinkable.  We only have one of these ice blocks. You can destroy them very easily. And that's what I want to show you here. I'll put some more around it. You know, it cracks when you hit it. But if you add our water or some paper, but if you add us, the ice block will be very hard. It will be hard to destroy it. And the ship, which they wanted to buy, it will be the same principle. I want to add hot water, and it will be normally indestructible. Just like Titanic. We need water. We are going to use Jesus. It's water and not alcohol, isn't it? It's water. It's Jesus, as He is in heaven with His Father. I think it's love. Und schnell gefrieren ist halt ... I think pretty fast, that's why we have the nitrogen. Do you need some more water? Yeah, I need more water for the ice block. We need a second control experiment. Is that with gas?  Oh, da ist kein Gas. Ah, hier ist es eilig. So, Nr. 2, wir versuchen, ein ice block zu haben. Let's see how it is going. Oh, hier knackt es. Ja, hier ist es krackt. Wie weit sind denn unsere Leuchte? Wie weit sind unsere Leuchte? Oh ja. Aber der leuchtet gar nichts mehr, oder? Nichts mehr, oder? Ich weiß nicht. Wir können mal versuchen, eine leuchten Eisbälle rauszumachen. Oh. Wir wollen in meinen Leuchten, Kupfen und Balls, ich versuche, diese aus der Schelle zu nehmen. Das ist ein weiterer Experiment, das wir nicht probiert haben. Ja, das sind Balls. Das ist schon überraschend, oder? Das ist schon überraschend, oder?   Die sicherste Erleuchtung der Kryo-Liquid Kryogenik-Liquid Du legst mir den nur da her. Du musst das alles aufmachen. Ich weiß nicht, vielleicht den Zweck wird ich tun, halt, was ich kann. Ich werde einfach was tun, wie ich kann. Schau, ob da noch was gespürt ist. Wenn wir mal eben Licht ausmachen, ja, da leuchtet was, ganz schwach. Hier, komm mal mal raus. Wir können ein bisschen weiches Glö.  Lass uns das so machen. Wir planen für etwas mehr spektakulärer. Ihr könnt es sehen, wir hatten hohe Überraschungen. Können wir den Rocket aus Naturschen machen? Komm, das ist cool. Das ist cool. Wenn wir nicht alles besser haben, vielleicht auch. Wir hatten das letzte Mal, aber das ist sehr schön. Wir haben noch nicht so lange, dass wir für andere Augen warten müssen.   Entschuldigung. Auci? Ja. Das Auto hat wieder das Prinzip einer Wasserrake, nur Stickstoff getrieben. Es ist wieder das gleiche Prinzip, wie ein Wasser-Rocket, das war das letzte Mal. Wow. Hat das ein Video getroffen? Schrock. Die Antwort ist ein Schrock. Nein, nein, nein, nein. Wir wünschen uns, dass wir nicht zu viel getroffen haben. Wir wünschen uns, dass wir nicht zu viel getroffen haben. Komm, einfach noch einmal. Wir werden es noch einmal machen. Das ist wirklich ein Vulner. Wir haben ein bisschen Probleme, weil wir gesagt haben, dass wir etwas an der Closing-Seremonie mit Liquid-Nitrogen machen wollen. Und dann haben wir gesagt, dass es hier unten ist, und wenn etwas runtergeht, und jemand ist unter dem Stadion, dann wird das für die Person, der unter dem Stadion geht, nicht so viel getroffen. Wir haben ein PET-Bottel, und nichts geht falsch. So, du kannst es straight-up versuchen. So, genug mit dem. Okay, back to our experiment. Oh, ja, ich habe es lange gebracht. So, wir reden über Project Habba Cook, der Mr. Remford reenactet hier. Ich werde dir eine Serving-Suggestion zeigen. Und das ist, was es so zu sehen sollte. Weil es so zu sehen, dass es so etwas auf die Bühne gibt. Okay. Vielleicht kannst du das einfach nehmen. Ja, jetzt weiß ich, warum ich es dir alles machen kann. Oh, ah. Ist das das mit dem Pulp? Nein, das ist nur Eis. Das ist nur Eis, das ist ein spektrischer. Wenn du es einfach schreckst, dann ist es einfach breakt. Ja, es ist breakt. Also, ich meine, das ist ein bisschen, man kann auch so viele Leiden nehmen. Es ist wirklich schlecht. Ich sehe es sehr nahe an. Es gibt dass es so viel kann. und das ist genau das Prinzip dieses Fibresupport-Polymer-Schläge. Ich fühle mich nicht mehr an meinen Fingern. So, wir kommen zu dem Abenteuer-Experiment am Abend. Ja, wir sind sehr sorry.  Ich werde hier sehen. Hier.  Also, wir haben dieses Ding, was wir jetzt in der Hand haben, auf dem Markt üblichen, bought us, just in a shop. So it's just a regular instruction from internet. We shorted a little bit, because you weren't sure about gun laws in Germany. What's the young man saying? Well, you can't do that in Hall 1, and yes, you're right. Wir haben jetzt hier eine Konfetti-Beschleunigungseinrichtung. We have a Konfetti Accelerator here. It's perfectly legal. If you want to know, I can tell you how you do this. Of course, it's not an official etc. You don't know what to do again.  We just feel something flammable in this case. I think it's stark. We're going to demonstrate this. I think I should maybe have removed the paper. So, okay. I'm going to load this. We're going to demonstrate this in an open way. So to show you how it's happening. Already this day completely burned the hair on my arm. So, now he remembers what he tattooed on his arm in 1989. I think he waited too long. There's still something burning. So, sorry, this again. On principle, you know ... I think the principle is clear. So now we're going to load it. It smells nice, isn't it? And you thought the sausage was very bad. So we're going to load it with paper. And then we get back to the moment. We're already saying sorry not once. The ages we have to clean up here. And again, we have never tried this before. Our experiments usually have some sort of error tolerance. And this experiment ... ... has got by far the biggest ... ... we tried it once without confetti. And the barrel was louder. It was slightly louder. And this is probably the best we can do in the closed hall.  Who's going to close my ears? You're deaf on one side anyway, so it doesn't matter. So, the error tolerance is pretty big. It was very loud. And then we tried it another time ... ... or saw other people do it and that just didn't work. That's another thing about it, isn't it? Well, yeah. Of course, that was ... ... really the subject of the evening. We don't know what's going to happen. So, today is next time we'll take the instructions with us. Yeah, that was a bit embarrassing. But we're not electricians, so ... ... electricians are electricians, isn't it? Take care of your ears. That's what I meant about error tolerance. Yeah, again, again. Yes, I get it. Yeah, of course we can do that one more time. We'll have two high hopes that it's going to get better. Now it's going to get dangerous. And we've got paper in there. And we've got, you know, nitrogen and hydrogen and helium. I never used this word. I never talked about a pressure container here. Just, you know, to have said that. Should we try the ethanol? We really don't know what's going to happen. So, just don't listen for a second. I mean, what can happen? Worst case, it's just going to poof. Yes, I know. Do you think we should do that? But we still have to load confetti in there. It's going to just rust slowly. Well, ethanol or just again the. All right, we're going to try the ethanol. The bad thing is, this isn't a joke. We didn't try this before. There was a suggestion of just using it as a vacuum. That's not, that's not, that's not. I have this in my hands. And now we're going to get in the story with the. This flammable mixture with a flammable mixture. Not enough air. Give me a sec. I think that Darren was better. Of course. I'm going to go fetch the deodorant. You also need air. Nope. Yeah, OK, deodorant it is. It's a life lesson, you know. When in doubt, use deodorant. So, you know, that's going to be a really sad end. If that doesn't work out here. We should. Burn it off empty. No, no, no, no. All right. Very sorry. But thanks a lot. This was methodically wrong from the Congress. And thank you for being here.  Don't just run away.  The point is, I was being driven crazy about from day zero that we would, you know, overdraw by half an hour. And now you only use 10 minutes more. So, you know, we're going to do this. I'll get the other talk. You may ask questions.  You know, there's mics. Three of them. Go get them. We could try the thing with the ethanol. If you just connect the confetti tube to the big water containers that you had before. Yes, we could do this, but we have to close down the stream beforehand, please. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Okay. Wurde nicht Nitrous Oxide ein guter Accelerant für den Konfetti-Kanon? Und du hattest es in deinen Händen. Wir haben eigentlich versucht, das Nikolaus-Garten zu haben. Und es war so lange, und es war so lange. Und es war etwas länger. Und wir haben es nicht benutzt. Das Problem ist, dass es einfach sehr laut ist. Die ist jetzt halt nicht mehr besonders laut. Wir können es mal kurz. Aber es ist nicht so laut anymore. Denn wir haben nicht so viel geklappt. Ich wollte so gerne daneben stehen. Wir haben es versucht. Wir haben es versucht. Wir haben es versucht. Wir haben es versucht. Wir haben es versucht. Wir haben es versucht. Wir haben es versucht. Wir haben es dairygefunden. Wir haben Ich wollte fragen, wo du das CD bekommen könntest. Du kriegst das, wenn du einen... ... vorhanden verabschiedeten Lapt... ... verspannter... ... alles, was ich für den Tag hatte, kann ich jetzt stoppen. Eine weitere Frage. Vielleicht könntest du mit Wasser, Der Liquid Nitron und der Potato Gun. Wir haben hier nie über den Potato Gun gesprochen. Das war ein Konfettik-Gun. Das ist eine komplett andere Sache. Ich hoffe, zumindest so. Legally, das ist eine andere Sache. Das war ein Konfettik-Excelerator. Nicht ein Konfettik-Gun. Nicht ein Potato Gun. Äh, ein Potato Gun, sorry. Das ist wichtig. Der Herrn Grün. Irgendwo hier waren doch auch diese Aufkleber just for anal use, oder? Was?  Ich habe eine Proposal für die Sache mit Liquid Nitrogen und alles.  Das ist eine gute Idee, ich glaube. Ja, Liquid Nitrogen. Es ist ziemlich teuer. Wir werden das jetzt probieren. Es expandiert. Es expandiert. So, da ist eine Frage aus der Internet. Was könnte das Glas in der Mikrowave machen?  Die elektromagnetischen Wafeln müssen schuhen.    Und wenn dieser Punkt, der hier ist, hat man ein maximales elektromagnetische Wafel. Ein hoher Wafelstrengung.  Die Wafeln sind fused. Dann ist die Wafeln ein bisschen... ...schorter. ...schorter zu dem Maximum des elektromagnetischen Wafels. Es ist eine Chemie.  Du musst dieses den Spot, wo das Spiel ist, das ist das strongeste. Das matters a lot und dann kriegst du ein richtig schönes Plasma.  Aber dann fangen wir erst erst an. Also, ich halte das hoch? Ja. Das war was er heran vor gerade meinte. Das war was er heran vor zu sagen. Es decompresst nicht exploziv. Ich höre mich schon wieder sagen, das ist eine gute Idee. Ich höre mich schon wieder sagen, das ist eine gute Idee. Was sagt der Mann? Aber hier ist Konfetti, müssen wir noch mal reinmachen. Wir müssen eine neue Konfetti. Es sieht weiss aus als ich dachte, als ich sagte, wir brauchen zwei Engelungen, um zu aufzuräumen . Es sieht weiss aus, als ich dachte. Er sagte, wir brauchen zwei Eingelungen, um alle Saisonhubs zu całyieren. Die Tasche ist noch drin. Die watch ist noch drin.  Wir können danach Wasser etchigen und dann aufreffen. Ich kann mich nicht mehr sagen, dass es eine gute Idee ist. Okay. Du hast uns am Tropfen immer ähnlicher wirs, oder? Du wirst immer mehr in unser Professor drehen. Lass uns sagen, dass es eine gute Idee ist. Wir brauchen Wasser. Ja, aufs Loch, ja, da machen wir auf jeden Fall. Ja, ja, ja. Ja, also figuren wir den Hohl. Wir müssen... ...wollen wir es näher tapen? Ja. Diese Hecker. Diese Hecker.  Echt? Wurde jemand das an Kampen gebaut? Be ehrlich. So, was ist denn da? Wasser. Ja, Wasser. Wir nehmen... Viele davon. Da brüchen mehr Wasser. Wir haben viel Wasser. Wir können das einfach innen. Wo ist das hier? Da. Was ist das hier? Da. Wo ist das Kohle? Wir sollten das denken. Wir nehmen alles zusammen und du sagst uns was damit zu tun. Wir brauchen das Rohrmaterial. Das sind Zeit und Proberation. Möchtest du alles, was wir wieder live einschauen? Was ist das? Das... Oh, oh, oh! So, any ideas for 20.000 Waltz? So, any ideas, please? Wir haben fünf Minuten left, du weißt. Jetzt ist der Klaus turntholdet. Welche Video? Oh, der Intro. Oh, der Intro Video. Nein, wir werden das nicht wieder machen.  Ja, wir haben etwas für das gebaut. Eine Frage war, could you please put something in the microwave again? Well... We are actually out of nitrogen. You know, in a microwave is just boring. Nothing's gonna happen there. We could try how many people we can use for the signal transmission as we used it before. And it's actually a good idea. So, this test starts with the hypothesis. And helium is easier to ionise in the air. And if we put helium in one of these Pt-Balls... Into this teacup, then perhaps we can more easily create... First not the one which has been ethanol in before. But a clean one. So, the first question... To pre-empt the next question. This is getting silly, isn't it? Yeah, probably, but you know... Well, it came from somewhere over there.  Info always makes excuses. Oh, I keep hearing myself saying, oh, that's a good idea, this is gonna be fun. So, where's the... Do we have some more... And a cover? Where's the cap? Where's the cap? That's enough, that's enough. How much do you want to put in there? Yeah, I'm looking for the balloons. So, I put it in the microwave? Yeah. Oh, there's still the remaining from our last experiment. The good glass of your wife. You should hold it, so she doesn't see it. There was about the good oil of her wife. That's not going to work, because the pressure is too high. That should be under pressure. Oh yeah, that's not plugged in. Da. Wo haben wir da? Oh, there it is. Also, grundsätzlich gefällt mir das Format gut. Ich habe ein bisschen Sorge, dass es so weit geht, bis einer sich wirklich ernsthaft weh tut. I'm just a bit worried that it's going to continue until somebody is going to get seriously hurt. I can see you can't see anything. The pressure... Yeah, the pressure is too high. There's nothing going to happen. Yeah, it was requested, so that's why we did it. If you put it down, then it doesn't fly out anymore. Yeah, crazy. Yeah, nothing's happening. What? Oh, the disc. And you're going to take them up on that. Well, alright. You really want to put one of the last CDs there? Do you want to do it yourself or is it just too hard? I mean, it does hurt a bit, but you know. We can add a lamp so we can see something. I'm going to fetch a new one. One more, one less, doesn't really matter. Thank you. At least somebody said not to break the disc. There was this one. Oh, it's getting hot. Are you sure? Well, the scientific reputation is broken. Do we have something we can put in there, so it's an upward? My helium. Marshmallows. Where is the fluff? Can we put it in there? No, it doesn't fit. He shoved it into something. That's too high. It doesn't fit.  Ich denke, du siehst, der Licht ist besser mit der anderen Lampe. Einige haben uns gesagt, dass wir jetzt spielen. Und ich bin kind of afraid, dass es jetzt besser wird. So, let's not do that. Damn, is that going hot?  Es ist nicht so, als ob ich das nie gehört habe. Aber wow, das stinkt. Danke für das Spiel. Reinhard Remford und Nikolas Wörl. Methodisch falsch. Guten Abend, everyone. Guten Abend auch, von der Translation booth. Diese Translation wurde von Frau Blauwald, Schenks, Waffle und Mirian.  Wir sind Twitter.


This research used machine learning techniques to identify county phenotypes of premature cardiovascular mortality, PCVM. It found that high-risk phenotypes were more likely to occur in counties with lower income, less physical activity, and higher levels of food insecurity. Additionally, it identified other risk factors such as broadband access, smoking, SNAP benefits, and education level. Based on this research, interventions for reducing PCVM should be tailored to the specific county phenotype and geographical area.