 Troy, your most recent news release appears to be extraordinary, but I'm going to need you to explain it to me. Drilling results in Quebec, yes? Yeah, yeah, very, very strong results, Tracy. And I would say not just this release, but this release is a culmination of releases from our summer exploration program at Bardifer. As you know, is a zone of nickel, copper, cobalt mineralization located on the north shore of Lake Superior in Quebec. And what the intention, the full intention of this summer program was from a drilling perspective, it was to expand and extend that known zone of mineralization. Overall, right from the first hole, which was very strong, right through to the 10th hole, which ended off the program very strongly, we did that. So we expanded mineralization at depth, we expanded mineralization on strike, so in both directions to the north and to the south, and continued to hit high-grade nickel, copper, cobalt mineralization. This is for everyone at Investor Intel that's going, huh, we got a critical minerals play here for all intense purposes. Again, nickel, copper, and cobalt, yes? It, exactly. Yeah, you look at, you know, look at nickel, the nickel market right now is, it is very, very much undersupplied. And you look at the demand profile going forward, especially class one nickel. And when I talk about class one nickel, all that really means is that's a nickel that is required to make batteries for electric vehicles, or batteries in general. And class one nickel, you look out to 2030, some projections say that you're going to need 600% more class one nickel. And where you get class one nickel from is nickel sulfide deposits, which is which, which is what we have at HPM, which is what Bartifer is. So in reading your 2022 summer drilling program results, can you tell us what your infrastructure is like in Quebec, where these results were found? Yeah, the project itself, HPM, it's in the Manic Wagon region. And it's on the North Shore of the St. Lawrence River. So it's north of, it's north of Bacomo or Septille, south of Fremont. And that area has fantastic infrastructure. And what I mean by that is it has road access. It doesn't only have road access, it has rail. And very importantly, that rail goes down to the North Shore of the St. Lawrence to a deep water port. And it also has hydroelectric facilities. So there's a hydroelectric facility, the Hartjoon hydroelectric facility within kilometers of the project. So all of the critical pieces of infrastructure, road, rail, and power are within kilometers of the HPM project. And so for those of you reading this news release going PXRF, if I read this properly, this is a portable X-ray fluorescence technology. So you might have more than just nickel, cobalt and copper, because that's all it's actually can identify. Did I read that correct? Yeah, well, so that's what we're analyzing for. So you know, a PXRF, it's a common instrument that's used in our business to get field level results or an indication of results. How we've applied the PXRF is in a different way, I would say in a more progressive way, where we stood up a completely unbiased sampling process. And that unbiased sampling process, the samples are then analyzed with the PXRF. And that's how we compile this data to then be able to communicate it to the market. But it's also important for us internally, because it allows us to continue to progress our work and not have to have our team at a standstill waiting for lab results. So we can continue to work on the results, we can continue to interpret, we can continue to model, we can continue those critical path elements internally and not be at a standstill waiting for lab results. Of course, I'm aware of your formidable background, technical background, very senior technical background. I know you're dying to tell us some of the highlights from a technical perspective. Would you mind hitting on those starting with the fact, of course, these results were very near surface. Just give us the technical highlights, please. Yeah, the technical highlights, here we go. Yeah, starting with the most recent, BDF 10, 2210, which is the last rule that we put out, had 20 meters, over 20 meters of 1.27 percent nickel equivalent. And that's starting at 29 meters downhole. So 29 meters downhole is, that's the end zone, and that's from the blue line in a hockey rink. That's pretty shallow, and that's exactly what we want, right? Because you have shallow accumulations, near-surface accumulations of high-grade mineralization, and that leads us to believe that Bar-Defer has the potential to be open pit amenable, or amenable to open pit mining or open pit extraction, which is definitely a net positive from a project development perspective, from a cost perspective. Now, these results, they come following very strong results overall from this summer drill program. For example, starting off with Bar-Defer 01, the first hole that was drilled, which was a hole that stepped down-dip, a previous drilling to expand mineralization, and that hole hit 18 meters of 1.95 percent nickel equivalent, which is extremely strong. You look within that interval, that's eight meters of 3.38 percent nickel equivalent, which, Tracy, nickel grades, not everyone has a good feel for nickel grades. If you were to put that eight-meter interval into a copper equivalent, that would be over 10 percent copper. Our strongest hole of the program, which was one of the strongest holes drilled globally in the nickel exploration space in 2022, was BDF 02. That hole hit 121 meters of massive, semi-massive disseminated sulfide mineralization, 121 meters at 1.39 percent nickel equivalent, or if you put that into a copper perspective, that's over 121 meters at 4 percent copper equivalent. Very, very strong results, very high grade, continue to demonstrate continuity in terms of grade, in terms of mineralization, and really significantly expand the vartifer zone of mineralization at depth and on strike. Really importantly, it remains completely open, and when I mean completely open, there is room for expansion on strike, there's room for expansion at depth, and it's unconstrained by drilling. That sets up a natural progression. Where do we go from here? We continue to expand vartifer. Further to this, I'll be honest with our investor intel audience. I took your several pages of charts and threw them over to Dean Bristow and Peter Clausi and Byron King and said, what do these mean? All the responses were very favorable, so you have a lot of highlighted numbers here. Which one are you most proud of? When you look at, I just highlighted some numbers from vartifer 02. That was the second hole we pulled on the program, that 121 meters. That's a phenomenal, very material intersection of nickel-bearing sulphide mineralization. You look at that from a couple of perspectives. One is the grade and the thickness of that mineralization, but the other thing that's important is the type of mineralization. Getting a bit deep into the technical weeds here, but talking about a magmatic sulphide system. We're seeing loop textures within the sulphides, which is an indication for how those sulphides form. How those sulphides form based off the textures that we're seeing is truly from a magmatic system. What that says to me is, look for scale. Magmatic systems have the potential to be highly scalable. That leads us to the other aspects of what we did this summer, which was a significant prospecting program at HPM as well as regional geophysics. You can start to see where we're at. We're expanding vartifer, expanding a known zone of mineralization, moving that forward into a resource estimation stage. We have a number of near-surface or at-surface occurrences of nickel-bearing sulphide mineralization on a trend. Stacking up a number of targets on a trend, and then we also flew our regional geophysics for the remaining portion of the property, which highlighted a significant number of EM or electromagnetic anomalies on the site, which we in our exploration model equate to imaging those systems or those near-surface sulphide bearing mineralization systems that we're interested in. It goes from resource, building out a resource at vartifer with a pipeline of de-risk exploration targets at HPM, which will demonstrate the camp scale potential that I was just mentioning. For those of you interested in learning more about these results and reviewing these drill results, which there's a lot of bolded ones here, Troy, please go to their website and or email their team. Thank you, Troy. Thank you very much.