 Terry, I see that power, Nikola had some good drill results. Maybe you can just go quickly go over them. Yeah, I mean, basically another really great set of results. I guess the biggest hole was 14.4 meters of about 1.5 percent Nikola EQ, including 8 meters of almost 2.5 percent. So pretty high grade stuff. It was about 150 meters away and 75 meters further east of our big 2209 hole, which was, which had 40 meters of 1.6 percent stuff. So it was basically just grew this high grade zone and added some more tonnage. And that's what you're looking to do at the stage of the project is build tonnage and build grade. For those types of drill results, that grade, how does that sort of measure up to other nickel deposits in the area or in North America? So basically that would be top of the heap, really. You know, the, I would say, talent metals has got, you know, comparable grades, pops even better grades for their project in, called Tamarack, it's at Michigan and Minnesota, the border there. They've got a great project there. And their market cap for that project is about 300 million. But maybe the grades are about 20 percent better and our market cap's 25. So good perspective. But, you know, in Canada, you really have our nickel and the high grade nickel sulfide. And then you're looking at a bunch of really low grade nickel sulfide and these types of deposits that are, you know, big, big, big deposits, like, you know, billion tons and about the grades are low, 0.2, 0.25, et cetera. And so a completely different animal, when we compare ourselves to nickel projects, we don't compare ourselves to these other Canadian projects, because it's like they're really a different animal. It takes a much higher degree of capital to develop them like a billion dollars. And it would be a much lower return. And whereas ours would be a lot less capex and a much higher return. So we look at other comparables like in, you know, Norant would be like it, like Wailu bought Norant from, you know, the, the pubco for 480 million US. That's a very comparable project. And that's in Northern Ontario. But it's no longer listed in the public markets and it's owned by Wailu, the big Australian mind developers. So, but other project would be, you know, creamer nickel in Botswana, I guess the obviously we talked about talent, you know, some Aussie projects, you know, that's where we're looking as comparables. Okay. And you mentioned nickel sulfide for sulfides for a couple of times. And just for viewers, why is that important? Yeah, basically, there's the generally nickel would come in nickel sulfide, or nickel laterate deposits. So the laterate deposits are much more carbon intensive to develop. So, you know, call it dirty nickel, really, that's that's the word for it. And they would be, and it's just a vernacular that attached to it because it takes a lot more energy to produce a ton of nickel. So, uh, indonesian nickel that's, you know, being used, you know, for the generally the batteries that the, you know, that the Chinese TV, uh, manufacturers are using, they're, they're, they would be laterate deposits, Philippines the same. Whereas the sulfide deposits, especially the high grade ones, they're a lot less energy intensive to make. So they're considered clean nickel and generally speaking, they're the easiest to move to class one nickel, which is what the battery manufacturers need to, you know, complete their process on the battery side. Now, earlier this month, you also had another pretty good drill results from a zone called the Wildcat, which is no further away from your main deposit. How does that help you with your, you know, for the actual company and the project? Yeah, I mean, that's a pretty spectacular result. Honestly, it was five kilometers northeast of our core NIST main. And it was on this ultramatic sequence, the same one. So we have this ultramatic sequence of what six kilometers. Basically studied pretty hard this one kilometer. And we think this whole sequence is charged. So we saw a target at the northern end, visibly from surface and we drilled it. And at 60 meters, we hit almost eight meters of one ounce PGM. So that's really spectacular, a bonanza grade, super valuable. And it's indicative of what happens with massive nickel PGM concentration in an area. So that's happened at Narilsk in Russia. It happened at Voices Bay here. So when you see that within an approximate range, it's very exciting. If you're a minor, that's like, holy cow, we could have something massive here. And that's sort of what we think we think this thing is all connected. And so that really was exciting for us. And we brought that out. But Mr. Markey didn't think it was so exciting, Chris, but what can I say, I can't control him. So I guess you're going to look at maybe putting a couple more holes in that between the two zones to see if you can get some connection between them. Yeah. So, so, so basically, the process is this, you know, that was a winter target, there was a bit of a marshy area. So we'll be able to drill there until it freezes up, which will be like probably November to December. So we're certainly planning to follow that up. We're doing right now this, this new technology called ambient noise tomography. So what is that? It's basically an invention of fleet space technologies. And they have this, I guess, highly sensitive seismic, I'll say we came across at the talent metals project. Elon Musk at Tesla brought it to talent metals. And they've been using it to expand their nickel project there. So we looked at it and we can't conclude that it could help us. And what it does is you'll put these geodes thinking almost looks like little land mines, but they're not obviously they're these little stainless steel geodes, which actually are like sonar pulses. And they, they send these pulses of sonar sound waves down in the ground 2000 meters reverberates back and is captured as a sound map. And what they do is pretty innovative. They basically correlate that sound map to your heart scientific data. So for example, where we have that 40 meter hole of 1.6% nickel. That's a particular point in the earth and that'll correlate to a particular sound map. Well, that sound map is now a signature because we know that's a that's a, that's a massive sulfide sound map. And so then the software looks for those and starts to identify targets for you, you know, for, for your future drilling. And then you tie that in with your, you know, your airborne EM and your IP and gravity and hopefully where you get those concentric circles that reduces your risk and drilling. And we could get to those drilling areas quicker and explore a lot more, you know, so every nickel sulfide mine in the history of the world has been multiple pod. So it's highly likely this will be as well. So, you know, these, you know, airborne EM hot points and the signatures that we're going to get from fleet are probably other pods that we can, you know, start to take in. And that'll be between this main and the five kilometer wildcat hole. And we'll start to fill that in and hopefully we'll have this multiple bonanzas of of rivers of nickel and PGMS. So for investors, there should be good news flow from here starting, I guess, like in the mid summer to the end of the year. Yeah, we actually will actually have another set of assets, a final set of assets of our winter program will be out in about two or three weeks. And then we'll have the airborne EM, which will be pretty exciting for people to see. And then we'll have our metallurgical study. Then we'll have the, which is sort of end of August, and then we'll have our updated 43 one to one in September. And, and then by then we'll be getting drawing results back on a new drone. So this is going to be an action packed new central, you know, for the next couple of years. So power nickels, you know, on fire here right now. Well, thanks, Terry. It sounds like a lot of activity for investors to keep watch on and for, you know, for investors where you're trying to build value for the company. They should be adding this to their watch list or taking a stake in the company. So we look forward to watching the news flow. And thanks for your time today, Terry. Thanks, Chris. I really appreciate it. Have a great day. You too.