 Today, I have the pleasure of speaking with industry expert and the founder of the term technology metals that Jack lifted. How are you today, Jack? I'm fine, Tracy. Thank you. Jack, you were fantastic at the technology metals summit, so let's start there first and foremost. What was your favorite panel? I was extremely interested in the panel on the various alternate technologies for the separation and purification of rare earths that got my wrapped attention because it was the first time I think that all of the experts were together and could talk to each other as well as answer the same question. That was very interesting. And, of course, for all of our audience members, we will be publishing this panel. It's just being edited right now. We had how many? We had seven experts from seven different firms. Yes. And then the panel beforehand, we had an additional extraction technique process because we couldn't fit him, periodic products, on the final panel. So of course, we did. We had seven people on the panel, seven different companies represented on that particular panel. And prior to that panel, we had an eighth technology extraction process. Can you tell me what was the most surprising thing that you heard from that panel? How far along they are. This work has been completely masked by the industry's interest only in the share price of the various companies. In fact, as far as I could tell, all of these technologies are allied with a particular rare earth junior so that they're not competing with each other. They've already competed and been chosen by a rare earth junior. It's really interesting to see this. So the technologies are each backed, so to speak, by a particular junior, which means that they are focused on a single type of deposit. Now that's the interesting thing because in fact, I think all of them have universal application, a general application, let's say. But we heard about their application to particular rare earth projects. There's a lot more to tell about all of these technologies, a lot more to hear. All right, so speaking of that, I'm going to put you on the spot here, Jack, and we're going to go through the list. Of course, we had Jay Pickerts from Rare Element Resources. Frankly, he was one of my favorites on the panel. I thought it was extremely articulate and I enjoyed receiving an update because Rare Element Resources tends to be on the very conservative side in discussing their technology. Did you have anything you'd like to add for our audience on Rare Element Resources process? Yeah, I was very impressed and I've been calling their process what I knew about a targeted solvent extraction, by which I meant targeted to their deposit. But they urged me to call it zero discharge or zero effluent type of solvent extraction. And what they're emphasizing is that they have no waste product, no waste stream. And since we need to know, from a chemical engineering point of view, that when you're processing things like separating, you're separating where it is, sometimes half the cost can be just disposing of waste products and managing the environment. Therefore, I believe that the solvent extraction system developed by Rare Element Resources is state of the art. Okay, well, that's, I appreciate your feedback and for our investor Intel audience, please note that Jack Lifton did not moderate this panel. He actually spoke and we're going to talk to you about this in just a minute. But let's run through the rest of these gentlemen, please. Neil Izat from IBC, Advanced Technologies, which of course is supported and endorsed and represented by UCOR, Rare Metals. Tell us a little bit more about this. The gentleman who spoke is the son of the man who actually made this technology commercial and has worked on it for about 50 years. And I believe that company's been in existence for about 25 years. There's no question that the process, the molecular recognition technology is now one to be called a standard process. Again, its application to UCOR is a particular application, but it has broad application and it's already in use in several industries. I believe precious platinum group metals and I know for a fact it's used to purify copper and enlarge copper refineries. So it's application to where Earth's was the interesting part. And of course, I think that Mr. Izat was extremely technical, but it was very interesting and I urge people to follow the technology. Speaking of technologies that can be used in other industry sectors, we of course had Texas where Earth resources, K Technologies group, Wes Berry was actually speaking on this panel. So I found K Technologies very interesting and enjoyed the team that was there. Yes, the K Technologies has developed continuous iron chromatography, which is perhaps a mouthful. But in fact is the logical development of iron exchange chromatography, which was the original process used to improve the separation of rare earths about 50 years ago, just during and after World War II. Continuous iron chromatography is the current state of the art of iron exchange chromatography. And it's again applicable across the board has been used for example in the uranium industry, the fertilizer industry, to separate zirconium and hyphenium for the nuclear industry. And now is being applied to the rare earth industry. I see very, very bright future for continuous iron chromatography. Very interesting, but I want to just jump forward here. The keynote presentation by Amanda Lacaz, you did a great job of introducing her. Can you tell us what surprised you? I noticed Linus was up 42% last week with their stock. And actually had to put a news release out explaining that they did not have news at their stock. Do you think it's because Amanda was in North America, Jack? What are your thoughts on this? Yeah, yes, actually the Linus story is getting better by the day. It looks like they're going to be successful. They're going to make a success as measured by profitable. That's the important thing. So that it looks like Linus has done the right thing, as we like to say in the USA. And it's working out. That's why the stock is going up because the news from Linus is positive. There's no negative news, deadlines weren't missed, the projects didn't not run. It's the thing that people want to hear and quite frankly, let's be honest. At this moment, light wearers outside of China, it's the only game in town, so you better play it. Well, I personally enjoyed Amanda's presentation on a number of levels. I loved how she talked about operations, bottom lines. I liked how she quoted you, Jack. And then I wanted to ask you, were there any surprises from the panels that you thought were interesting that you wouldn't have thought of otherwise had you not been at this event? Tracy, there are actually too many to comment on. Let's put it this way. It was a great learning experience for me. I know that people don't think I do this, but I actually was listening and I was making notes because a lot of things were. People have to, you can't just pick something out of the air. These are holistic stories. These were development companies. And quite frankly, the field is narrowing dramatically, but the survivors are strong. They really are. I realize the market is down. It's hard to find a capital for development, but the market has chosen the survivors. And I urge investors to pay attention to the fact that these companies have fought the good fight and they're still there, support them. There is no company out there in development that I don't think should be brought to into production. I mean, today. Jack, you were absolutely fantastic at the Technology Mental Summit. I understand we're doing another one in May or June. So take a look at your calendar and get back to me as soon as possible. And as always, it's a pleasure. Okay, thank you.