 Jack, thank you for taking some time to help clear up some misunderstandings out there. The vital metals news release saying that they're going to stall or not, you know, move forward in the rare earth processing facility has people confused with the impact on the SRC. How about we start there? Okay, look, the thing that people need to understand is that we're processing is not one thing. Okay, what I understand vital metals to have been trying to achieve in Saskatchewan was to concentrate the ore that they were mining at Nechilacho and then to crack and leach it. That means to extract the payable minerals to one of the things they want and then to get rid of interfering minerals that might be in the same solution prior to sending it to the company that's actually going to separate these mixtures into individual rare earths. In the case of vital, that is re-tech of Norway. Now, re-tech is quite close to the best company. I don't know exactly what they're doing, but I think that I know that they're not positioned to crack and leach ore concentrates. So that was the item, the prepared ore concentrate, the concentrated ore probably in the form of a solid mixed carbonate that was to be sent from Saskatoon to Norway. And so it turned out that vital had two problems. They had underestimated the cost of the facility. SRC was, I believe, providing the real estate and perhaps people to work there. But other than that, I don't believe SRC was going to have ownership of that facility. It was going to be a vital facility. Vital had budgeted, they said, probably $20 million. It turned out that it was going to be around $60 million. No company, no matter how large, can simply say, OK, we'll go for three times the cost. So that became an issue. The next thing that is misunderstood here is people are saying, well, what does this do to SRC? Quite frankly, probably nothing other than some people who would have been employed won't be employed. SRC, on its own, Saskatchewan Research Council at Crown Corporation, is in the process of building a 3,000 ton rare earth solvent extraction separation plant. As far as I know, that project is underway. The Saskatchewan Research Council has purchased 1,000 tons of monazite concentrate to work through their system from Brazil, and it has been delivered to Saskatoon. It's there. As far as I know, Vital's material was all going to Norway. So the SRC wasn't going to use it anyway for separation. And the confusion here is that some people who write about these things don't understand what they're writing about. In fact, they don't even know what they're talking about. I don't see any problem. The SRC's plan, I believe they're well underway, the company that has the issue right now is Vital. And this, of course, is also just to confirm. We recently did an interview where you were explaining how you felt the happiest acquisition of this new where Earth Project in Brazil was totally separate from the Alsace Lake and had no bearing on Alsace Lake or what they expect from it. Because there's misunderstanding in the market as well that the investment in the Brazil project was to take people's attention away from Alsace Lake. It's my understanding that it was just too good of an offer they couldn't resist. And they had been prioritized in a very competitive bidding situation to, you know, again, the offer was too good to turn down. That's my understanding. Recently, Ian Gelmers, my co-chairman of the Critical Minerals Institute, wrote a piece on investor intel defining what ionic adsorption plays are as sources of extremely desirable heavy wearers. And I think I wrote a comment on it. But the bottom line here is that most of the so-called ionic adsorption plays projects outside of Asia are not real. They're not really adsorption plays. My understanding from what I have seen of the API data from Brazil, which has been vetted by a very reliable geologist specializing in this, is that they have a genuine ionic adsorption play in Brazil. Therefore, APIA now goes to the head of the class of North America. Because I keep telling people this, please, everybody stop eating your donuts and listen carefully here. You cannot make the magnets that the military requires or that automotive requires for drive trains without heavy rare earth modification. Those magnets to be able to withstand the extreme temperature cycling that goes on with weapons and cars, trucks and aircraft. So, right now, the Western world, rare permanent magnet industry aborning is up a creek without even a toothpick. Never mind a paddle until they get a reliable supply of these high atomic numbered so-called heavy rare earths. The only company I know that is poised to produce this product, these items in the Americas at this point is APIA. Okay, people are going to say, well, what about a Clara, the Peruvian Chilean company? Well, what about it? Those two nations are in the process of nationalizing their commodities. That's going to be quite a little problem. Right now, Brazil has a free trade agreement with the United States. We import a lot of materials from Brazil, a lot of critical materials, I believe. And there is another very large ionic absorption clay project well underway in Brazil. So I congratulate APIA. They go to the head of the class. As far as I'm concerned, they're the only possible at this moment, provider of this super critical material for the North American market. Of course, if the North American market doesn't water, our friends in China will buy every gram of it.