Venezuela. Greenland. Iran. It Wasn't Random.

[00:00:00]In January, the United States sent Delta Force into a bunker in Kacus and pulled out Nicholas Maduro and his wife in Operation Absolute Resolve, flew them to Miami. The administration told everyone it was about democracy, saying underneath Maduro was the Orininoco mining ark, 112,000 square kilometers colton, boxite, rare earths, and reported thorium deposits. Also in January, the president told the world he wanted Greenland. Most people laughed.

[00:00:33]Greenland sits on the Tan Breeze rare earth deposit. The heavy rare earths that China controls 99% of. Disporsium, Terabium, the ones you need for every magnet in every AI chip and every missile guidance system.

[00:00:49]South Korea's entire memory chip industry got put on a year-to-year leash.

[00:00:54]900,000 DRAM wafers a month committed to American AI projects through 2029.

[00:01:00]Taiwan committed $250 billion to build chip fabs on American soil. Japan Shiitsu locked up an exclusive courts deal with the company that makes every advanced chip on Earth. And the Department of Energy set a deadline to get small modular nuclear reactors critical by the 4th of July to power AI data centers. We covered all of that in a seven-part series this past winter. We called it the seed grid. A private infrastructure being assembled underneath the public conversation.

[00:01:31]Minerals, power, money, alliances to make sure the machines run and the people who control them get to keep controlling them. But now it's time to call it what it really is. The most expensive thing anyone has ever built and quite possibly the most dangerous.

[00:01:46]And nobody, not the people building it, not the people funding it, not the people running the country, can tell you how it ends.

[00:01:54]Six months later, every one of those pillars moved. Some of them moved a lot.

[00:01:59]And something else happened that none of us saw coming back then. On February 28th, the United States and Israel launched strikes on Iran. Iran closed the straight of Hormuz and the mineral supply chain that was already tight snapped into an emergency.

[00:02:15]So, this episode and the next one pick up right where January left off. In this one, I'm going to show you the atoms, the dirt, the rocks, the power, the physical things being moved around the planet. I'll show you 3 million acres of national monuments that got open for mining on July 13th. I'll show you the chemical supply shock nobody is covering that connects Iran to every AI chip on your desk. I'll take you to Brazil, where the United States bought the mine before Europe got off the plane. And I'll show you a number out of Taiwan that dropped four days ago that changes the math on everything we covered in January.

[00:02:52]Last winter, I told you something was being built. The question now is whether what's being built is fast enough to outrun what's breaking. Welcome to the asylum. I'm Uncle Rod. And if you're wondering why we call it the asylum around here, like somebody was in the last episode, I think you just heard why. This is not going to be a standard dump of the latest AI news. As usual, in this episode, we're going to pull the curtain back and try to realistically connect the dogs as much as possible.

[00:03:18]And yes, I couldn't resist throwing in a connecting the dogs reference. It's been a while since I've used that one and I missed it.

[00:03:27]When I ran closed the straight of Hormuz on February 28th, every headline said, "Oil 20 million barrels a day, a fifth of global supply, the worst energy disruption in history." The chief executive of Abu Dhabi's national oil company, the ADNOC, said more than a billion barrels of oil have been lost since the closure.

[00:03:49]100 million more are lost every week it stays shut. And while all of that is true, oil is a symptom. Nearly half of global seaborn sulfur trade passes through hormuse. Sulfur is the feed stock for sulfuric acid. Sulfuric acid is the foundational chemical you need to process copper, nickel, uranium, and rare earths. Without sulfur, you can't refine the minerals that go into AI chips, batteries, missiles, and reactors. An industry analysis in April put it plainly, "The market continues to treat this as an energy shock. It is a chemical supply shock moving upstream through the industrial system."

[00:04:28]The Pentagon already knew this. Reuters confirmed that the day before the strikes launched, the Pentagon filed a request asking mining companies to boost domestic supply of 13 critical minerals used in semiconductors and weapons.

[00:04:42]Everybody knew the straight of Hormuse was about to close. The interesting part is what the P Pentagon chose to do the day before it did close. They filed for minerals. The priority the day before a war wasn't munitions. It was the raw material that goes into everything, including the munitions.

[00:04:59]The UAE is building a second pipeline to bypass Hermoose entirely. And we know Iran knows this because Iran has attacked them. 50% complete operational by 2027.

[00:05:12]It doubles ADNOC's export capacity through the port of Fujahara, which sits on the Gulf of Oman just beyond the straight. Iraq's Bazra Haditha pipeline is under construction. By the end of next year, more than 45% of Gulf oil exports will have bypass routes. By 2028, over 60%.

[00:05:33]The ADNOC's chief executive said, quote, "Once you accept that a single country can hold the world's most important waterway hostage, that sets a dangerous precedent." End quote. Iran's leverage has a shelf life. Every month the straight stays closed, more money flows into the infrastructure designed to make it irrelevant. The weapon gets weaker every time it's used.

[00:05:56]And on July 14th, the president proposed a 20% toll on all cargo shipped through Hormuz.

[00:06:03]Same day as Gold Eagle, the executive order that put the government in charge of who gets access to frontier AI models if the AI companies agree. Same week, he opened 3 million acres of national monuments for mining. Three moves in three days. the atoms and the bits moving in the same calendar. All getting closer together. Palmer Lucky founded Oculus, sold it to Facebook for $2 billion, then started Anderil, which builds autonomous defense systems for the Pentagon. He's one of the few people in the valley who builds things that have to work in the physical world, just not on a screen. His assessment of where America stands on critical minerals is blunt. He said the United States hollowed out its industrial base over three decades, shipped the manufacturing to China, and now needs the raw materials back to rebuild what it's sent overseas. China doesn't just have the minerals. China has the engineers, the processing plants, the refining capacity, and the institutional knowledge that comes from doing the work for 30 years while America didn't.

[00:07:06]That's the context for everything that follows. The grab isn't happening because America is strong.

[00:07:12]The grab is happening because America woke up and realized it couldn't build the thing it needs without materials it no longer controls.

[00:07:19]And there's a deadline on this. Right now, China's rare earth export restrictions are suspended, part of the trade deal from May. Rare Earths are flowing out of China again, but that suspension expires November 10th, 2026 this year. When it does, every analyst expects the restrictions to snap back in place. That gives the United States about 4 months to lock down every alternative source it can find before the largest supplier on Earth turns the tap off again. That's why the grab looks like a sprint. It is one.

[00:07:51]On July 13th, while the Bank of England was designated cloud companies as systemic hazards, the White House reduced the Grand Staircase Escalante and Bears Ears National Monuments by roughly 90%.

[00:08:04]3 million acres of protected federal land in Utah open for mining. The executive order named 15 critical minerals including thorium and uranium, the fuel for the small modular nuclear reactors we covered in the winter series and a few times since then. The ones the department of energy wants powering AI data centers. Bears Ears and Grand Staircase have been political footballs for decades. President Clinton created Grand Staircase in 1996. President Obama created Bears's ears in 2016. President Trump shrunk both in 2017. President Biden restored them again in 2021. And now President Trump has shrunk them again by the largest reduction in the history of the Antiquities Act. Earth Justice and Tribal Nations are already suing, but the mining leases can start moving through permitting while the lawsuits play out, and that's a whole point. Get the paperwork filed before the courts can stop it.

[00:09:01]The French Institute of International Relations, one of the premier European think tanks, just ran the numbers.

[00:09:07]Washington allocated a staggering $46 billion for critical mineral projects over the last 5 years. Eight times what the European Union put up in the exact same period. While Brussels writes position papers, Uncle Sam is flying around with an 8:1 capital advantage buying up the board.

[00:09:26]And you can see exactly how that financial muscle plays out on the ground. In Brazil, the United States dropped a $565 million financing package through the Development Finance Corporation, backed it with a 15-year offtake agreement covering all four magnetic rare earths. And then an American company called USA Rare Earths stepped in and acquired the Sarin Verde mine for $2.8 billion.

[00:09:53]Sarah Verde is one of the only mines on Earth that produces all four magnetic rare earths outside of China.

[00:10:02]The EU commissioner showed up about 72 hours later. No kidding. The deposit was already sold and the ink on the paperwork already dried.

[00:10:12]A 15-year contract. All four magnet minerals locked down by American Capital before Europe finished booking the flight. It's a trade deal straight out of Donald Trump's 1987 book, The Art of the Deal.

[00:10:25]The Development Finance Corporation, the same agency that financed the Brazil Deal, also took equity stake in the Congo. Two stakes actually, one in Geckines, which is the Congolese government's own mining company, the stateowned operation that controls access to most of the country's mineral deposits. The other in Mercuria, one of the largest commodity trading firms on Earth. the middlemen who move raw materials from mine to the buyer. So the United States now has ownership positions on both sides of the transaction. The company that digs it up and the company that moves it.

[00:11:00]At roughly the same time, Treasury sanctioned the smuggling pipeline running colton out of the Raya mines in eastern Congo through M23 controlled territory in Rwanda. M23 is an armed militia. They control the mines by force. They dig the colton out with labor that doesn't have much of a choice and they smuggle it across the border into Rwanda where it enters the legitimate supply chain and nobody really dares ask where it came from.

[00:11:28]Colton is a source of tantelum the metal in every capacitor and every phone, laptop and server on the planet.

[00:11:36]The United States is buying illegal supply and shutting down the illegal one at the same time. a supply chain operation with a military component funded by the same agency that locked down the Brazilian rare earth mine. What hasn't been reported on much more than a a mere mention here and there, the same colton that into your phone's capacitor goes into the capacitors and servers that run AI models. Every data center, every GPU cluster, every training run tantelum capacitors. The Congo isn't a humanitarian story. is an AI supply chain story that happens to also be a humanitarian disaster. The United States taking equity in the minds tells you they see it the same way.

[00:12:18]So the United States sent Delta Force into Venezuela, stripped 3 million acres of national monuments in Utah, flew to Brazil with a $2.8 $8 billion checkbook, took equity stakes in the Congo, built bypass pipelines through the Gulf, $46 billion across 5 years to secure minerals that China controls.

[00:12:40]Canada, the country directly north of us, if your geography is about as good as mine.

[00:12:49]There's no ocean required, no no coup required, no national monument to strip.

[00:12:53]has the world's third largest rare earth reserves. British Columbia alone manufactures or has access to 16 of the 50 critical minerals the United States considers vital for national security.

[00:13:06]The tech smelter in British Columbia produces Germanmanium dioxide. After China halted Germanmanium exports, that smelter became one of the only non-Chinese sources on Earth.

[00:13:19]Germanmanium goes into fiber optics, infrared night vision systems, and solar panels. The kind of things a military and a tech industry need.

[00:13:27]And in December, Prime Minister Carney looked at a camera and said American access to Canada's critical minerals is not assured. By May, he softened it, said he wouldn't use minerals as leverage, then added, "Is it in our mutual interest to trade more? Where is it? And if it's not there, we have other options.

[00:13:48]British Columbia's premier has openly floated export bans on tech critical minerals. Canada's building its own strategic mineral stockpiles for defense. And China still has state-length investors inside major Canadian mining companies that Ottawa has refused to force out even under American pressure. $46 billion to go around the world for what's available by truck across the border. And the diplomatic relationship is the worst it's been in living memory. I think most of that is ego, not strategy. Canada wouldn't lick boots. And the response was to pick a trade fight with the friendliest mineral supply route America has. The home of Strange Brew and the home of Bob and Doug McKenzie makes absolutely no sense.

[00:14:32]In the winter series, I told you TSMC, the company in Taiwan that makes every advanced AI chip on Earth, had committed $165 billion to build chip fabrication plants in Arizona. Fabrication plants are the factories where the chips are physically made. Clean rooms the size of football fields where silicon gets etched into processors. I said their conservative investment pace was the break on the whole machine.

[00:14:57]4 days ago, the break came off. TSMC announced an additional hundred billion for Arizona. Their total US commitment is now $265 billion, the largest single foreign direct investment in American history.

[00:15:12]Four more fabrication plants, two nanometer chips and below. Advanced package facilities, 10 plants, and two package packaging facilities when it's all built out.

[00:15:23]TSMC's second quarter revenue was up 36% year-over-year. And we all know about the chips and the the supply and demand issue. 40.2 billion in a single quarter.

[00:15:35]They raised their fullear growth forecast above 40%. Capital expenditure for 2026 alone climbed to between 60 and $64 billion, up from an already elevated 52 to 56.

[00:15:49]70 to 80% of that goes to the most advanced chips. The CEO said the demand supply gap is so big, but they are moving as fast as possible and still cannot catch up. When a reporter asked how they compete with Intel, which got an $ 8.9 billion government stake, government investment, government now owns part of Intel, the CEO said, quote, "We also got government support, by the way, although we don't announce it." End quote. That's pretty slick.

[00:16:20]This came directly out of the January 2026 trade deal between the US and Taiwan. Tariffs on Taiwanese goods cut to 15% in exchange for the investment.

[00:16:31]You do this for us, we'll do this for you. The investment just grew by 100 billion. And TSMC went out of its way to say it's also building 13 leading edge fabs in Taiwan and expanding into Japan.

[00:16:45]The message, we're not abandoning Taiwan for Arizona, but we're putting a quarter of a trillion dollars on American soil, and we expect to be treated accordingly.

[00:16:53]And they should.

[00:16:56]Some of you pushed back on the quartz episode this winter. You said synthetic quartz solves the spruce pine dependency and you were partly right. Synthetic quartz does exist.

[00:17:07]Its scaling however is a problem for fiber optics for photo masks for the applications that pay the highest margin. The crucibles that grow the actual silicon for chips. The synthetic producers aren't chasing that market because the margins aren't high enough.

[00:17:22]The most credible alternative pilot project is in Norway. It's produced 800 kgs of qualified material. Bruce Pine, on the other hand, produces tens of thousands of tons a year. The gap between a lab experiment and a supply chain is measured in years and billions of dollars.

[00:17:40]Meanwhile, Sabel Sabelco just expanded its investments at Spruce Pine to $700 million to double capacity. China's big fund 3 invested in Nentong Crystal to try to break the dependency from their end. And every new fab that comes online, TSMC Arizona, Samsung Texas, Intel Ohio, Rapidus in Japan, needs more crucibles, which deemed more sprucepine quartz. Each crucible costs thousands of dollars, lasts about 400 hours is all, and accounts for roughly 30% of silicone ingot production costs. They burn through and you need new ones constantly. They burn through quicker than my pizza pans.

[00:18:23]The choke point didn't go away. It got tighter.

[00:18:27]In January, I showed you a grid being built. Minerals, power, money, alliances, five pillars underneath the public conversation, assembled by people who don't hold press conferences about it.

[00:18:40]6 months later, the US stripped 3 million acres of national monuments, bought a mine in Brazil before Europe got off the plane, filed mineral procurement requests the day before they knew a straight was going to close and bombs were going to drop. Taiwan just put a quarter of a trillion dollars on American soil.

[00:18:57]And the country next door that has what we need without a coup or a checkbook were in a trade war with the grid is real. It's moving faster than it was in January. And the question I keep coming back to is same one I asked in the winter. Who is this being built for? Because the minerals go into chips. Chips go into models. The models go into products. And the products go into our lives whether we've asked for them or not. On Friday, I'll show you the other half. The bits. What happened to the chips, the models, and the code while the atoms were being locked down.

[00:19:29]I'm Uncle Rod. I'll see you on Friday.

[00:19:48]This is Johnny Elson speaking for Rod Miller. AI AI news for people who ain't stupid. A Mark Goodman, Bill Toddson production.

[00:19:59]>> [laughter]