 This pilot plan puts the U.S. and the rest of the non-Chinese world back on the scoreboard. Because what we have here is for the first time a new, much more efficient, more economic system of producing very high-purity technology materials, metals and materials. The reason the Chinese have dominated this field for so long is because they have the entire supply chain. And so we can quite frankly dig all the holes we want. It doesn't do any good because we can't process material. What this brings back to the market, American, domestic, whatever you want to call it, is the ability to be competitive. And so companies here, for example, that don't want to make products with technology, metals and materials because the only source is foreign, and typically China, and they can't get them except at the behest of the Chinese. Now they have an option, they have an alternative, and I guarantee you this is going to create a great deal of investment in high-tech because high-tech is based on technology, metals and materials, and that's what you're going to be producing. At the moment, there is no other place in the world outside of China that is capable of producing heavy wear-earth metals in high-purity form or mid-range metals for that matter, wear-earths. So you're adding value to the entire technology world outside of China. We're never going to be competitive unless people like you bring businesses like this into existence. It's actually a logical evolution, and it's a perfect evolution for a company like U-Core because what you've done is recognized what was missing and you've actually solved the problem. Probably there will be others doing this, but I don't see any on the immediate horizon, and I think that right now U-Core is basically the company to be in high-technology processing of technology materials, and I congratulate you because it is a wonderful achievement. What I perceive in your venture here is that you've become resource-agnostic. You're not tethered to any particular material. You can do the universe of chemical elements, which is wonderful. Now, the evolution of our civilization is towards technology, innovative technology. These are the current hot words in development, and this is exactly what the developed countries and markets are looking for. Exactly what you're doing is you're right on point, and I don't see how you can not be successful. In the resource world, we're all looking for U-Core now to prioritize this technology with regard to individual technology metals and materials. So I believe the next step is for you to select projects of immediate need and value and go after them and develop a worldwide network of resource suppliers to you for which you produce high-quality finished goods. If you ask me what in particular, well, I think you should start with rare earths because you have the most experience in that. But certainly in this era of clean tech and green technology, we're looking for lithium, we're looking for cobalt, i.e. battery materials. Quite frankly, we're looking to separate hafnium and zirconium for the future of energy production. And so there is a huge area that you can get into, and we're all looking forward to see where you start and how you develop. I know you've got your pilot plant in Utah. I'm sure that it won't be very long before there are these types of plants operated by your company around the world. Rare earth feedstock is quite frankly available from India, Southeast Asia, Africa, South America, and North America, and Australia. In other words, the entire world, I'm leaving out China because they're not exporting any raw materials. But the material is available, and on top of that, people forget that in the last 30 years, millions of tons of rare earths have been produced. Where did they go? They didn't go inside of China. They went to the rest of the world, and quite frankly, millions of tons of rare earths are still in the rest of the world in the form of end-of-life materials, scrap as it's called, and that is a phenomenal resource for your company. Because there are thousands of tons of those materials available, there's no technology until now to recycle them. So I'm sure you've got that on your horizon. There's also a tremendous amount of tailings, of residues from existing mining and processing, which were not processed for these rare materials, and they're not just sitting there, but enough of them are sitting there to keep your 10 of your plants busy for the rest of your life. There are rare earths and residues in tin mining, there are rare earths and residues in uranium mining, there are rare earths and residues in phosphate mining, fertilizer mining. The amount of material already above ground and concentrated in a residue is mind-boggling. You could not possibly process all that material. The interesting thing is, at the moment, you're the only people that could process that material outside of China. So it's actually waiting for you.