What's up everybody? Today I'm going to show you a pretty cool experiment. This is quite interesting and I think you should really think about it. Tell me what your thoughts are. Quite interestingly I did this experiment about almost a year ago. Not quite a year ago. I'm finally just now making a video on it because I think it's quite interesting. I think you'll really like it. First thing I must tell you about this experiment is that it is very dangerous. If you do this yourself anyway and I'm going to be dead shorting a battery, you must be cautious while doing such a thing. It's very dangerous if the lead's happened to stick to the battery and the wire is really small, it's going to get hot and burn up. So be very cautious when doing this experiment. Let's get started. Okay, so here's what you're going to need for this experiment. It's pretty straight, full and simple. You're going to need a piece of wood or plastic or something non-disruptive from the magnetic field. You're going to drill a hole on it about like yay. You're going to need some nuts. Any size will do. These are half-in nuts. They're pretty big. The smaller ones. I don't know. They all seem to work pretty much the same. You're going to line these nuts up to where they're right around the hole. Okay. The more the center of the better, the better the lines and nuts are the better. Then you're going to take a piece of thick wire. Don't get a piece of thin wire. Get a piece of thick wire. And the battery. Some kind of using a 12 volt battery. Basically, all you're going to do is take the wire through the hole. Hold one wire on one side. Tap the wire on the other side. Just like that. It's all you need. Remove the wire. Remove the battery. And now you have a set of nuts that are connected together magnetically. And as soon as you break one, they're not stuck together. They have no residue. They do not stick together. And I want to get the goss meter out. We're going to do some tests since we can detect any magnetic field on this thing. Super simple, easy thing you probably have never seen before. If you have seen some idea, do it freaking awesome. I'm sure somebody's done it. Line them up. Doesn't really matter which way. It's all you really need. They're already stuck. Let's see. Do it again. Super fun. So there you go. You can explain that one to me. And I'll give you a prize. When I say explain it to me, I mean really explain it to me. Oh yeah. So let's just see if we can detect any kind of magnetic field around this thing at all. Alright, so I have here goss meter. This goss meter, right here. You can see the brand-mega model. I haven't really used this very much. There's a teeny tiny little bit magnet. Like you can't even see it. Let's see if we can detect. So we can definitely detect this little magnetic field quite easily. I move this closer so you can see the... So there you go. Alright, so let's just bring it over here. See if we can detect any magnetic fields. So if I just let this probe set, you can see it kind of jumps around. We can try to get it more than zero, but it is so sensitive. So you can see there's a tiny magnetic field between these parts when I check. Between them. It's pretty inside. How about we do the front? Two around the front. So the only place that I can even detect much is right there. I get a negative value. I get a slightly positive value on the... Not really this one. So what happens if we break it? I'm out of check one of these nuts. What do we get? I mean you make the call. Is there anything there that's worse while or not? I mean look at this tiny little bit magnet. Okay, this tiny magnet. Look how sensitive this piece of equipment is. I can go. I'm just off the church with this thing. So anyway, you make the call. What do you guys think? What's happening inside this? I'm going to consider it magnetic current. And it's pretty cool what you can do is actually set this up and tie a piece of string on here and hang it from a piece of string. People will be like what? No, those are going together. Then you can hand it to a nice, follow-up heart. You can't get to go back together. What? Good and cute. I need some water around here. These water things are going to come into that. I really get it spinning on a piece of string. Oh, broken. All right, well that's the experiment. I really, really curious to see what you guys think, man. It's crazy. It's actually pretty simple and straightforward, but I haven't had anyone explain it very good. You know, Edley Kelvin does a good job explaining this, but there's other theories out there and I'd love to hear them. So, leave a description. Actually, in the description of this video, I'm going to leave a link over to my forums and I want you to post some thoughts there. All right, piece of love you all. Have a good day. We're also at rwgresearch.ca. See you. you