Interview on AMFN with Executive Chairman of American Fusion, Brent Nelson

Speaker A: This is Small Cap Stocks Today, your best source for information on small cap stocks coast to coast with your host, Dave Donlin. Now from the Stock Investor Daily Studios, here is Dave Donlin.

Speaker B: And yes, this is Small Cap Stocks Today. I'm Dave Donlin. Once again, thank you for joining us here on this particular podcast. We promised you updates and new additions and here's another one we where we're featuring American Fusion Inc. Trading on the OTC under the ticker symbol AMFN M. American Fusion Inc. Co. Is an advanced energy platform company focused on the development and commercialization of next generation fusion energy technologies. The company is advancing the texatron fusion engine. That's a neutronic fusion platform designed for modular infrastructure grade deployment across its industrial, commercial and grid constrained applications. The company's development strategy emphasizes system level engineering, disciplined intellectual property protection and scalable architectures intended to support long term commercial operation while maintaining a focus on capital discipline and transparent corporate governance. The uh, website, please take a look at this company and do your own homework. This texatron is really super interesting technology and, and the company is fascinating. Uh, fusion energy is coming and you could take a look at the company at americanfusionenergy.com with me is my special guest. Joining us, Brent Nelson, Executive chairman of American Fusion.

Speaker C: And Brent Nelson, once again, welcome back to the program, Brent. Uh, we're here to talk about American Fusion Inc. The ticker symbol is AM M fn and the website is americanfusionenergy.com great to have you back, Brent. It seems that every time you come back you have something else to speak about better than the last thing you spoke about. And today we're talking about Fusion energy. For our listeners, um, that are, that are checking us out here on this particular podcast, give us a brief overview of American Fusion Inc.

Speaker D: Okay, thanks for having me Dave. And uh, brief overview is what we have is we have a game changing technology that was developed within an aerospace company and it was originally designed to power an interstellar spacecraft. And so what we did is we got into the application of things in space. The lunar bases, the Martian bases, uh, how to power an airplane, how to make things move around, et cetera. But what we've ended up doing is found out that we have uh, over 1,000 terrestrial uses which is, you know, powering everything, you know, whether it's a, uh, house or a boat or a car or a train or a submarine or any, any one of a number of different applications. So what we're doing is building the, building out the different applications. And so what we're doing is we're building 10 models of a textatron. Uh, right now it's an, a neutronic fusion reactor. Um, we think that, you know, technology goes for, you know, a hundred thousand years and then somebody rubs two sticks together and they invent fire. And so we think that uh, this technology is a paradigm shift in electrical energy. And we, you know, we're going to be the, hopefully the first to commercialize and the first to uh, put it out in the marketplace.

Speaker C: Super fascinating stuff. And anybody who's listening needs to listen to the rest of this interview because there's a. We're just touching the tip of the iceberg here. So the texatron fusion engine, um, according to some of the homework I've done, it was born out of an aerospace company, uh, Brent. And it's the actual, uh, the fusion engine. It's non radioactive and you don't have to turn water into steam. It makes electricity on the fly.

Speaker B: Is all of this correct?

Speaker D: Yeah, that's correct. Uh, Dave, what we do is the plasma within, uh, is held within a magnetic coil. The plasma is very, very hot, uh, in the neighborhood of 200 million degrees or even hotter. Uh, we use two fuels, deuterium and helium 3, which when they combine, it's an aneutronic, uh, reaction which means little or no radio, radio radiation. It's is generated. So even with deuterium, deuterium or deuterium tritium, that it creates a lot of excess neutrons and that's considered radiation. So, uh, in our reaction, it's really little to no radiation at all. And we um, think that's the way to go in the marketplace. You know, people don't want a, you know, a fusion reactor in their backyard. Why? Because, you know, know it creates radioactivity. Everybody in the marketplace that's building so far look, uh, like they're building radioactive,

Speaker C: um,

Speaker D: material, uh, or using radioactive materials to create their fusion. Um, they do that probably because it's easier, it's got less temperature, but it's, but it's still, uh, effective. But radiation is hard on parts. It's hard on, you know, all the equipment is hard on shielding and uh, you have to, you know, do it in a bunker and everything has to be monitored. And you know, the NRC is involved in getting certification and all that kind of stuff. Whereas ours being a neutronic, the NRC said talk to Texas. They're a licensed state. So we're dealing with the Department of State Health Services, which is in charge of any, uh, nuclear Reaction or nuclear materials here in Texas.

Speaker C: Wow. So you, you actually Brent, you've been building it for about eight years. Um, you're on prototype number nine. Again, any of this information wrong, just please correct me. And then the um, the kind of like the quote unquote so called wizard behind all of this who's uh, been working on this for his lifetime, is Dr. Brandenburg. Correct?

Speaker D: Yeah, Dr. Brandenburg. This is really a life's work for him. I mean he's been at this for 40 years. He was at Lawrence Livermore, he was at NASA. You know, he worked on, you know, on dark projects, you know, uh, for the government in D.C. he uh, you know, worked, worked at ah, Los Alamos. So he's had that experience and everywhere he's gone he's kind of worked on fusion. So this is the culmination of uh, really 40 years of work. Um, he started working with us about nine years, nine or ten years ago now. And um, you know, now, you know, what I do is I try to commercialize technology. So for nine years we've been developing it, uh, working on different prototypes going up. And what we've done is we've now created our first pre production model. So we have nine prototypes. And uh, Davy, you're right on that. And we have um, the last prototype we built was a 0.5 megawatt version. And it's about the size of a dinner plate. So this one's uh, a couple of feet, well, two and a half feet in diameter or so. And this will generate 5 megawatts. And that one is actually coming off the assembly line as we talk. The uh, um, fabricator, um, called us a couple weeks ago and said okay, we're ready. Uh, Dr. Brandenburg is actually at the fabricator today checking out the final uh, parts and pieces and dimensions and machining that had to be done. And he'll be back in um, uh, Fort Worth and South Lake Westlake, uh, over the overnight tonight. He'll be back at work tomorrow.

Speaker C: Fascinating stuff, Brent. Um, so you think, do you believe fusion energy? You think that's the next big leap?

Speaker D: Yeah, I really do. I think that um, you know, by creating this fusion reaction within a magnetic coil, uh, it's, it's really like think of a toilet paper tube made out of electricity. You can't see it. It's a magnetic field. And what it does is it confines the plasma. So when you cause a pulse, which, you know, we do a pulse, uh, fusion technology, when it does a pulse, it puts pressure on the magnetic field and creates Excess uh, electrons. So we don't have to heat water and create steam and turn a turbine or anything like that. We harvest the energy on the back of the texatron, uh, through a, a very proprietary way that we do it. And um, we can turn that power, you know, after it goes into a capacitor bank, into um, whatever power is needed. Like for instance, a um, data center now, or most data centers now are running on 800v DC. In a couple of years they're going to go to 1500 watts or volts. So um, you know, it's a DC current. It creates a DC current. It's a pulse, uh, reaction. So it's, it creates, you know, imagine a shock wave or if you can imagine a, ah, heart, uh, EKG creates a wave. So it's the same thing with a texatron. You know, it creates a pulse and the pulse, um, creates, generates a wave. And uh, you have to capture that wave and harness uh, that energy. And that's, that's how we do it.

Speaker C: So, so it's 20, 26 right now. And uh, as we all know, uh, right now. Why are you able, Brent, why are you able to actually do this now?

Speaker D: Well, the reason, the, the primary reason that we can do it now is three or four years ago, the switching that we had to deal with was like an old radio too, you know, so we had to um, use this antiquated technology and try to make it work really fast. Now with the you know, advent of uh, uh, data, uh, center evolvement of technology, they're m. They're making now solid state switching, which are so much better, so much faster, so so much more powerful to, you know, uh, accept our shockwave and put it into our system.

Speaker C: Fascinating. Now the uh, the technology you have, and we're talking about this texatron fusion energy, uh, well, the engine, Texatron uh, fusion engine. Um, does your technology. Do you think it has limitless applications right now? I mean, my understanding is it could be used in multiple, uh, multiple industries, multiple sectors.

Speaker D: Yeah, we're finding multiple applications every day. You know, for instance, a mining company flew us up towards the North Pole a few weeks ago. They're looking for 12 to 15 megawatts of power. We said, okay, let's build a 20 megawatt reactor. And if you have excess power, you can either sell it back to the community or you can, you know, sell it to the indigenous people. And, and it's a win, win, win because they're paying 45 cents a kilowatt hour. Now and anything under that is, is a win for everybody.

Speaker C: Wow. So, um, the, the actual um, the company right now as far as competition goes, do you feel, do you know, you think there's any competition out there currently in the marketplace other than you guys? When we're talking about Fusion Energy, really

Speaker D: our only competition, uh, out there, the only guys doing the same thing that we are as far as the same two fuels, is a company called Helion out of Washington state. And so they have their technology. It's similar with what they're trying to do as far as creating the fusion, um, they just uh, you know, they've received a whole bunch of money from Microsoft or ChatGPT, etc. But uh, we think they're going down the wrong road. And that's just our opinion. And um, they're welcome to do what they're doing. But you know, we, we believe that once we get this uh, 5 megawatt unit back to uh, for the Fort Worth area and get it into our shop, you know, within a couple of weeks, Brandenburg, uh, Dr. Brandenburg says that we'll, we can make fusion light and by the end of this summer we'll be doing deuterium and helium 3 fusion. So we'll have, by that time we'll have all the international testing equipment in house. We'll have uh, when we, when we uh, come out to the world, we'll be able to have it peer reviewed by, you know, we'll have a couple of PhDs there with clipboards, watching everything that we do, taking notes and making sure it's internationally, uh, acceptable. When we built it the first time, the half megawatt unit, we had our own equipment and everything else. So it's uh, it's building the same thing, but it's about, you know, ten times more powerful.

Speaker C: Um, the reason I'm asking about competition obviously is because I'm curious to see if you have any kind of lead time over competition in the market. So you know, if you have a year, two, three years, that's huge amount of time to have over any particular competition or any upcoming, you know, companies that are looking to go and do the same thing.

Speaker D: Well, they've been saying that Fusion energy has been 20 years into the future, forever. We're saying it's 20 years too late, which is kind of. I, I think I've heard other people in the industry say that. So as far as our competition is concerned, we think or we believe that we probably have a three or maybe even a four year head start or not head Start, but um, for you know, a four year or three year um, advantage getting to the finish line, our finish line we think we can hit by the end of August. Earlier in the year we thought it was going to be towards the end of the year, but now it's, you know, end of August, September time frame only because our, our pre production model came out of the fabricator in almost perfect shape.

Speaker C: We, I got a couple, um, couple more questions left. I know I could talk to you for hours on this subject, but uh, as far as the time allotted and you got other things to go into here too, but a couple of quick questions, uh, to follow up. So as far as the company recently just put out news on patents. You want to comment about the patents, the company has, any kind of a valuation they may have on them at this time, Any, anything you want to put out there?

Speaker D: Well, what we have is we have uh, 30 or 30 or so approximately 30 patents pending and we have approximately 300 patents in development on our basic first foundational patent. We now have just filed a second foundational patent which is for uh, it's the same technology in a different, um, configuration, let's call it that. And this, this patent will have hundreds, you know, literally hundreds more applications attached to it. So um, our patent attorney, Michael, uh, Smith thinks that, you know, within a year or two we'll have over a thousand patents, you know, pending.

Speaker C: As far as testing goes, I'm, I'm just guessing that testing is vital for this. What, what's the very latest that's out there? Where do you stand right now in the testing? And, and I know you said August as a timeframe. Um, I personally would hold you to that. But I mean, what direction are you going here as far as, you know, before the year's over?

Speaker D: Well, I was going to say if we're lucky, we'll be making fusion light by the end of June. So that, that's kind of our short term goal and our longer term goal is to have helium 3 and deuterium tested in the 5 megawatt unit by the end of summer. So whether that's the end of August or sometime in September, that's what, that's what we're hoping to get. And so no, so that's kind of our time schedule. It was till the end of the year, but um, like I said before, you know, it came out so perfect. We're, we're getting started right away.

Speaker C: You got me excited on here to go ahead and do more due diligence on this company. So I mean, the, the website, americanfusionenergy.com go check that out. And if you think it's too good to be true, you're wrong. Uh, take a look at the oil industry. Take a look at all the companies leaving opec. That is turning into the dinosaur and they all know it. And this is the direction, at least the possibility of a direction of where we're going. And so we're talking Fusion Energy here with Brent Nelson, Executive chairman of American Fusion Inc. Brent, thank you so very much for coming back on. Hopefully we could talk more about this subject.

Speaker D: Okay, great. Great to be here, Dave. Thanks very much. And, uh, good to stay in touch. Thank you.

Speaker C: Awesome, Brent. Thank you so very much, Brent.

Speaker B: And the company name again, American Fusion Inc. Trading on the OTC AM M fn My thanks to our special guest, Brent Nelson, executive chairman of American Fusion, for joining us today. Don't forget, go to the website, take a look for more information. AmericanFusionEnergy.com Join us again for another edition of Small Cap Stocks Today podcast heard on Spotify, SoundCloud, iTunes and TuneIn platforms. And thank you for joining us. Have a great day in the market.

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