Fortnite Capital’s Dreyfus Warns Tech Boom Triggers Metal Deficit

Dan Dreyfus: The Next AI Bottleneck is Copper — All-In Podcast

All-In Podcast

The global compute revolution faces an unprecedented infrastructure wall because humanity requires as much copper over the next 18 years as it mined throughout the past 10,000 years.

AI-assisted summary of Dan Dreyfus: The Next AI Bottleneck is Copper — original source. Check the original for full context.

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Detailed notes

## Background Published on June 10, 2026, on the All-In Podcast YouTube channel, this video features Dan Dreyfus addressing the All-In Liquidity Summit. The show notes indicate the presentation covers the end of America's 'Capital Light Era,' impending supply and demand shocks, the impact of China cutting off critical minerals, the massive rise in copper demand, currency debasement, and a dying electrical grid.

## TL;DR Dan Dreyfus outlines a massive macroeconomic shift where human progress will be measured by electricity consumption, marking the end of America's capital-light software era and forcing a heavy pivot toward asset-intensive re-industrialization. This transition is fueling unprecedented, simultaneous capital cycles across aerospace, defense, artificial intelligence, and semiconductor manufacturing, all of which are entirely dependent on critical minerals. Dreyfus highlights severe physical bottlenecks in the supply of copper and silver, a critical domestic shortage of skilled craft labor, and a historical Chinese monopoly on material processing. Ultimately, he warns that rapid currency debasement will make hard assets and commodities the only reliable vehicles for wealth preservation over the next two decades.

## Atmosphere & style The presentation carries a sharp, analytical, and urgent tone that blends sobering macroeconomic realities with moments of dark humor and raw realism. Dreyfus delivers his thesis with the seasoned confidence of a commodity veteran, creating a high-stakes narrative arc that exposes the deep structural fragilities of Western infrastructure. The subsequent panel dynamics feel intellectually charged and direct, shifting from alarming historical warnings about supply chain collapses to a pragmatic, forward-looking exploration of the global industrial landscape.

## Key takeaways - [00:00](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=0s) Human progress will increasingly be measured by electricity consumption, signaling a shift where the semiconductor and tech industries operate like heavy industrial infrastructure factories. - [00:33](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=33s) The capital-light era of the early 2000s allowed the US to scale massive software and digital empires, but it came at the cost of tearing down domestic infrastructure and moving it to China. - [00:33](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=33s) Geopolitical conflicts have exposed the deep vulnerabilities of Western supply chains, triggering sharp inflationary spikes and forcing a pivot toward re-industrialization and reshoring. - [03:21](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=201s) Multiple massive trillion-dollar capital cycles—spanning aerospace, defense, global power grids, data centers, and semiconductor fabs—are converging simultaneously, all competing for the same raw materials. - [03:21](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=201s) The US electrical grid is ancient and fragile, leaving it completely unprepared for a massive tsunami of power demand driven by artificial intelligence and electric vehicles. - [05:40](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=340s) China's recent export bans on critical minerals nearly paralyzed major US automotive and defense production lines, highlighting the West's dangerous dependence on Chinese processing. - [05:40](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=340s) To counter China's monopoly, the US government is aggressively bypassing bureaucratic gridlock by handing domestic resource owners equity checks, fast-tracked federal permits, and guaranteed take-or-pay offtake agreements. - [08:17](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=497s) Copper is the foundational connective tissue of the energy transition, requiring far higher volumes for clean energy technologies, electric vehicles, and modern warfare than traditional alternatives. - [08:17](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=497s) A massive structural bottleneck is forming in copper; baseline global GDP growth alone dictates that humanity will need as much copper over the next 18 years as it mined in the last 10,000 years. - [08:17](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=497s) The supply gap for copper is critical because existing mega-mines are over a century old with depleting ore grades, it takes 7 to 12 years to build a new mine, and the upcoming project pipeline is severely lacking. - [11:45](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=705s) Systemic currency debasement and $5 trillion in combined annual US debt and liability growth mean that hard assets, commodities, and physical infrastructure are the only reliable vehicles to preserve wealth. - [11:45](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=705s) Electricity price inflation is driven by the bottleneck of transmission, distribution, and a critical shortage of domestic craft labor, rather than the baseline cost of generating electricity. - [17:13](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=1033s) Powering a single 1-gigawatt data center entirely with solar energy requires building 5 gigawatts of capacity due to its 20% capacity factor, demanding a physical footprint of 35,000 acres. - [17:33](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=1053s) The true challenge of rare earth elements is not their geological scarcity, but rather the fact that China holds a functional monopoly over the technological know-how required to process and refine them. - [19:10](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=1150s) The reshoring of heavy industry and manufacturing is reversing the economic damage of 2000s offshoring, driving a hyper-efficient labor market where top trade school graduates can command entry-level salaries of $150,000. - [21:28](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=1288s) US nuclear energy ambitions are severely bottlenecked by a lack of domestic manufacturing capability, leaving the country entirely reliant on South Korea to build nuclear containment vessels. - [21:28](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=1288s) The global solar industry faces a looming existential crisis with silver; a 200-million-ounce annual supply deficit means the remaining above-ground inventory has only a three-year runway before a total stockout. - [23:19](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=1399s) Successful macro-commodity investing requires pinpointing the exact tightness within global supply chains and selecting assets that cannot be easily bypassed or replaced by alternative technologies.

## Detailed walkthrough ### [00:00](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=0s) The Post-Capital Miracle and the Fragility Infection

The conversation kicks off with the introduction of Dan Drifus from Fortnite Capital, who posits a fundamental shift in how humanity evaluates itself: "We're going to be measuring human progress by how much electricity we consume." From his perspective, modern tech pillars like the semiconductor industry are no longer just tech plays; they are effectively industrial, infrastructure-heavy factories. Drifus outlines his core investment thesis, which focuses on figuring out where the world is headed and securing the physical materials needed to get there. He sets a stark agenda for his presentation, aiming to unpack critical minerals, commodities, and the "incredibly fragile infrastructure here in the US" that will demand trillions of dollars in investment to satisfy America's technological, reshoring, and military objectives.

Drifus provides historical context, walking the audience back to the early 2000s to illustrate a period he terms an "economic miracle." During this era, the US generated historic amounts of market cap and economic growth while remaining incredibly capital-light. He points to staggering examples: Google dominating search, Meta acquiring WhatsApp for $30 billion with a mere 12 employees, and the meteoric rise of streaming platforms, food delivery apps, software-as-a-service (SaaS), and Apple. None of these value-creation engines required heavy domestic capital deployment. However, this hyper-focus on capital-light software had a dark side. As Drifus notes, while the US was busy scaling these digital empires, "we were literally tearing down all of our critical infrastructure and moving it overseas to China."

This absolute reliance on a capital-light mentality eventually backfired. A rapid succession of global, geopolitical flare-ups—including COVID-19, the Russia-Ukraine war, aggressive tariffs, and tensions with Iran—exposed the deep vulnerabilities of Western supply chains. Drifus notes with a touch of dark humor that every time a geopolitical conflict ignited, inflation spiked so intensely that "you need a telescope to see how high inflation went," and it never truly normalized. The lack of structural resiliency has brought the US to a massive inflection point. The nation is forcing a pivot toward re-industrialization and reshoring, just as a historic technological compute revolution arrives—one that is infinitely more infrastructure-intensive than any previous generation of computing. This intersection is fueling a massive, unprecedented demand shock for critical minerals and commodities, colliding head-on with a long-brewing supply shock.

[03:21](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=201s) The Converging Trillion-Dollar Capital Cycles

Drifus highlights that the current macroeconomic environment is uniquely defined by multiple massive capital cycles occurring simultaneously, something he has never witnessed before in his 25-year career. He systematically details these overlapping arenas, starting with aerospace and defense. Giants like Boeing and Airbus are sitting on a staggering $1 trillion backlog spanning the next decade. This backlog must now compete directly for the exact same raw materials needed to fuel the exploding space economy.

Turning his focus domestic, Drifus lambasts the fragile state of America's electrical grid, using Texas and California as prime examples of structural failure. He jokes that "anytime it gets a little bit cold in Texas," the isolated ERCOT grid shuts down, leaving citizens "freezing in the dark." In California, the tragedy of the Paradise wildfire—which killed 300 people—was traced back to a single power line. Drifus drops a stunning statistic: that specific line was over 106 years old, proving that substantial portions of the US grid are ancient artifacts. The system is so strained that if even half of California's drivers switch to electric vehicles or robo-taxis and plug them in at 6:00 p.m. while cranking up their home air conditioning, it will completely "kill the grid" and leave everyone sitting in the dark.

This fragile grid is entirely unprepared for the incoming "tsunami of demand" driven by artificial intelligence. While the US grid barely handles current baseloads, China has aggressively outpaced the West, building multiples of the power generation capacity found in America. Drifus categorizes these interlocking demands into breathtaking numbers: * **Power Generation:** A capital cycle requiring $1 trillion every 10 years for the next 30 years. * **Data Centers:** An infrastructure and commodity cycle currently demanding $1 trillion *per year*. * **Semiconductor Fabs (CPU/GPU intensity):** Rocketing upward, with current estimates of $750 billion that Drifus bets will easily be measured in the trillions. * **Global Defense:** Budgets are rising vertically as Taiwan transforms itself into a defensive "porcupine," alongside aggressive budget increases across Japan, Europe, and the US.

The ultimate takeaway across these diverse global markets is absolute: "none of them will work without critical minerals. None of it. None of this can happen."

[05:40](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=340s) China's Grip and the Three Pieces of Paper

The vulnerabilities of the West's mineral dependence turned into a full-blown crisis recently. Drifus points out that last April, China aggressively asserted its dominance by cutting off exports of key critical materials to the US, including Samarium, Gadolinium, Terbium, Dysprosium, Lutetium, Scandium, Yttrium, Erbium, and silver. The real-world consequences of these export bans were immediate and terrifying for industrial supply chains. When China choked off Samarium-Cobalt magnets, the Ford Motor Company found itself "within days, literally days of their entire production line shutting down," a near-collapse that similarly panicked defense contractor McDonnell Douglas and sent shockwaves through the Department of War and Department of Energy.

In response to this panic, Drifus credits the current administration for taking remarkably aggressive and vital countermeasures. Government officials are now actively hunting down small, domestic resource owners across the US and Canada—companies that had essentially been left for dead over the last two decades. Representatives are walking into these offices and handing resource owners "three pieces of paper" to forcefully fast-track mining infrastructure: 1. **An Equity Check:** Direct government investment to fund the transition from a raw resource site into an active, operational mine. 2. **A Federal Permit:** Overcoming the notorious bureaucratic gridlock where companies have historically languished for 20 years waiting for approvals, allowing them to "start building right now." 3. **An Offtake Agreement:** A guaranteed "take-or-pay" contract featuring a strict minimum floor price. This insulation guarantees the project a very high internal rate of return (IRR), allowing the company to retain all market upside above the floor while providing the financial security required to immediately raise massive private capital.

Despite these aggressive actions, Drifus tempers expectations with raw realism. China maintains an absolute, ironclad grip on global critical mineral refinement and processing. It will take the US at least 10 to 20 years to truly catch up. However, building independent supply chains is non-negotiable because the West cannot allow China to continually project leverage over geopolitical disputes, effectively saying, "we're going to cut off your exports of critical minerals and you guys are going to freeze in the dark." For a seasoned commodity veteran, watching the US government hand out capital and bypass red tape is an unprecedented anomaly—what Drifus humorously coins a "vuja de moment," which he defines as "the overwhelming feeling that none of this has ever happened before."

[08:17](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=497s) Copper: The King of Metals Faces a 10,000-Year Bottleneck

Drifus zero in on a singular, foundational example to illustrate the broader crisis: copper, the undisputed "king of metals." Copper is the vital connective tissue required for every single facet of the energy transition and technological expansion. Clean energy alternatives are staggeringly copper-intensive compared to traditional fossil fuels; a solar power installation requires five times the copper volume per megawatt than a typical base-load combined-cycle gas turbine (CCGT), while wind power demands seven times the amount.

The copper math becomes even more alarming when applied to artificial intelligence and data centers. A single 1-gigawatt AI factory requires roughly 50,000 tons of copper. With the tech sector aiming to build 15 gigawatts of these facilities annually, data centers alone will absorb 750,000 tons of copper per year. To put that in perspective, the entire global copper supply grew by only 500,000 tons last year. This deficit doesn't even account for robo-taxis and electric vehicles—which consume five to six times more copper than traditional internal combustion engines—or the realities of modern warfare. Drifus notes that the Russia-Ukraine conflict has burned through more explosives than all of World War II, and the accompanying artillery shells (such as the cleverly named "Copperhead" guided projectiles) are packed with copper that explodes on impact and is permanently lost to the battlefield, rather than recycled.

To contextualize the scale of this impending macroeconomic wall, Drifus looks back across the entirety of human history. Since the ancient civilization of Mohenjo-Daro, humanity has mined a total of 700 million tons of copper over the past 10,000 years. While 80% of that historical copper is technically still in use, reclaiming it would require systematically tearing down the electrical grids and buildings of Europe, Japan, China, and America, humorously leaving us to "be doing this conference in a tent." Currently, global copper demand sits at 30 million tons per year, with 4 million tons coming from recycling and 26 million tons from active mining.

Drifus drops his most striking warning, urging the audience to listen carefully: if global copper demand merely tracks baseline GDP growth—completely ignoring any extra upside from AI data centers or green solar energy—humanity will still require 700 million tons of copper over the next 18 years. "Over the next 18 years, we're going to need as much copper as we mined in the last 10,000 years." Meeting this demand requires five world-class, mega "Tier 1" mines to come online every single year. Yet, looking at active global development pipelines between now and the end of the decade, you can count the actual number of incoming Tier 1 mines "on one hand and have some fingers left over." Compounding the problem, existing mega-mines (like the iconic installations in Chile) are over a hundred years old and suffering from rapidly depleting ore grades, and it takes anywhere from 7 to 12 years to build a new copper mine from scratch. While high-bandwidth memory (HBM) and NAND prices are currently hogging the headlines, Drifus strongly urges investors to look around the corner at the true structural bottleneck: copper.

[11:45](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=705s) Currency Debasement and Routing Around the Grid

This perfect storm of a structural supply shock colliding with a historic demand shock is further complicated by a secondary macro crisis: the systemic destruction of the US dollar. Drifus asserts that since the pandemic, global governments have absolutely hollowed out the purchasing power of fiat currencies. The US federal debt has ballooned to $40 trillion and is growing at an unsustainable clip of $2.5 trillion every year. Simultaneously, the discounted present value of future unfunded social liabilities—including Medicare, Medicaid, Social Security, and federal pensions—stands at $100 trillion and is also expanding by $2.5 trillion annually.

With $5 trillion in combined annual debt and liability growth, the US government only collects roughly $5.5 trillion in total yearly tax receipts. Drifus warns that the moment the economy hits a true recession, causing tax receipts to plummet while safety-net spending spikes, the government will have no choice but to print "giga dollars." He draws a direct parallel to the stagflation crisis of the 1970s, where the government debased the currency to inflate its way out of debt, costing the dollar 70% of its purchasing power. In such a high-inflation environment, commodities, hard assets, and physical infrastructure are the only reliable vehicles to preserve wealth. He leaves the audience with a homework assignment: look up the 1970s data to see what the single best-performing asset class was "by a mile."

As the presentation shifts to a panel discussion, co-host Chamath Palihapitiya chimed in, noting that during a recent predictions show, he had independently called copper the absolute best-performing asset class before he had even spoken with Drifus. Drifus enthusiastically agrees, stating that copper prices could easily double from current levels, noting that he has personally witnessed rarer commodities like Molybdenum skyrocket from $1 a pound to $33 a pound in past cycles.

The hosts push Drifus on a point he made backstage: that current infrastructure plans will barely satisfy the natural baseline energy demands of humanity, even without AI. Drifus elaborates that because the US hasn't structurally upgraded or hardened its power grid since the post-World War II era, simply transitioning commercial buildings from gas boilers to electric heat pumps and increasing baseline electronic usage will trigger severe shortfalls, causing rampant blackouts, brownouts, and rising electricity prices. He points out a structural irony regarding public utilities: utilities intentionally inflate the costs of transmission and distribution because regulators allow them to earn a guaranteed return on equity (ROE) based on their total capital base. Therefore, the inflation isn't coming from the cost of generating electricity—which remains historically cheap—but from the bottleneck of moving it, compounded by a critical shortage of domestic craft labor.

Observing that nearly half of the affluent audience in attendance had already installed personal solar panels and home power walls, with another 20% planning to do so shortly, the hosts wonder if private citizens and businesses are simply "routing around the grid" to find energy independence through a ground-up solution. Drifus acknowledges the trend but maintains that a centralized grid remains completely irreplaceable for heavy industrial operations. He closes with an eye-opening statistic regarding the sheer scale of the industrial energy challenge: because solar power operates at a modest 20% capacity factor, powering a single 1-gigawatt AI factory entirely on solar energy would require an unimaginably massive physical layout.

[17:13](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=1033s) The Solar Bottleneck and Critical Craft Labor

The math behind powering large-scale artificial intelligence with renewable energy highlights a massive logistical challenge. Because the sun does not shine all the time, solar energy operates at a capacity factor of approximately 20%. To reliably power a 1-gigawatt data center, an operator actually needs to build 5 gigawatts of solar infrastructure. Given that each gigawatt of solar requires roughly 7,000 acres, a 5-gigawatt setup demands 35,000 acres of land—an area "bigger than San Francisco." The core problem is not just finding the land, but finding the personnel to build it. The single biggest bottleneck in the industry right now is the availability of skilled craft labor.

- **Solar Capacity Factor:** ~20% - **Data Center Power Math:** A 1-gigawatt data center requires 5 gigawatts of solar capacity. - **Land Footprint:** 7,000 acres per gigawatt, totaling 35,000 acres for a 1-gigawatt data center. - **Primary Bottleneck:** Severe shortage of craft labor.

[17:33](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=1053s) The Rare Earths Illusion and the Chinese Processing Monopoly

Scarcity often breeds innovation, prompting startups to explore new mining technologies to access deeper resources. While there is a common thesis that everything humanity needs is locked in the earth below us and we have only mined the surface, the reality of rare earth elements is historically misunderstood. The concept dates back to 14th-century alchemists who believed they could turn lead into gold back when the periodic table consisted of only water, fire, air, and earth. Because early scientists could not identify various mysterious substances found in the soil, they labeled them "rare earths." In reality, rare earths are everywhere; the true challenge is not finding them, but processing them.

The primary geopolitical hurdle is that "the Chinese have all the technological knowhow" to convert raw materials extracted from the ground into usable, industrial-grade products. This necessity for chemical conversion creates a permanent vulnerability. Furthermore, for foundational commodities like copper, the global market is simply too massive for any nascent technology to solve the supply problem overnight.

[19:10](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=1150s) The Reshoring of American Manufacturing and White-Collar Displaced Jobs

The ongoing rivalry with China presents a unique opportunity to address domestic economic challenges. By shifting critical supply chains—such as bringing semiconductor fabrication plants (fabs) from Taiwan to North America—the United States can solve its own job displacement issues. This movement is already underway, aided by advancements like automated mining systems being deployed across North and South America. This industrial shift is completely reversing the economic damage done during the 2000s when American factories were torn down and moved to China. That era of offshoring devastated blue-collar craft labor, leading to severe unintended consequences such as wealth gaps and the fentanyl crisis in America's heartland, while the coastal regions accumulated wealth.

Today, the economic tables have completely turned. The same middle-country populations that were previously displaced are now commanding staggering entry-level salaries. High school graduates at the top of their trade school classes can start out making "150 grand right out of high school." Paradoxically, the physical, blue-collar jobs these workers perform are the ones building the infrastructure that may ultimately displace lower-level white-collar labor. Money is rapidly flowing back into heavy industry, driving an exceptionally efficient labor market.

- **Automation Reference:** Automated mining systems developed by figures like Travis Adams are helping secure regional supply chains. - **Historic Impacts:** 2000s offshoring caused severe blue-collar job loss, leading to wealth gaps and social crises in states like Pennsylvania. - **Modern Compensation:** Top graduates entering the trades can earn up to $150,000 straight out of high school.

[21:28](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=1288s) Energy Trade-Offs and the Looming Silver Stockout

Evaluating alternative energy sources reveals distinct constraints across natural gas, solar, and nuclear power. While the United States is "swimming in natural gas" and can easily build out solar infrastructure, nuclear power is severely bottlenecked. The U.S. lacks the manufacturing capability to even build nuclear containment vessels—a task currently dominated by the South Koreans. Every energy sector faces unique constraints, but the most pressing shortage lies in the critical minerals required to build these generation facilities.

The solar industry faces an existential crisis regarding its silver supply, which is required for photovoltaic cells. This demand will only intensify if the tech industry begins launching data centers into space. The current global silver dynamic is fundamentally unsustainable: the world consumes 1.2 billion ounces of silver per year but only produces 1 billion ounces. This leaves a 200-million-ounce annual deficit, with only 600 million ounces of above-ground inventory remaining. Mathematically, the clock is ticking with only about three years left before a total stockout occurs. Investors looking out for the next generation should actively seek exposure to copper, silver, critical minerals, and the specific service and labor providers supporting these fields.

- **Nuclear Bottleneck:** The U.S. cannot manufacture its own nuclear containment vessels and relies on South Korea. - **Global Silver Consumption:** 1.2 billion ounces per year. - **Global Silver Supply:** 1.0 billion ounces per year. - **Annual Silver Deficit:** 200 million ounces per year. - **Remaining Inventory:** 600 million ounces of above-ground silver, giving the industry a 3-year runway before a stockout.

[23:19](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=1399s) Capital Allocation and Supply Chain Vulnerabilities

Successfully investing in macro-commodities requires a deep, granular understanding of end markets and global supply chains to avoid getting "run over" by supply shocks, price dumping, or supply shaping by China. Too many urban Americans view supply chains as a "weird mystical concept," jokingly compared to thinking that "a ham sandwich comes from the refrigerator" without visualizing the 30 million pigs slaughtered outside of Chicago every month. To protect capital from technological disruption and market manipulation, investors must pinpoint the exact pinch points and tightness within a supply chain and ensure the asset cannot be easily replaced by alternative technologies.

## Notable quotes > [00:00](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=0s) We're going to be measuring human progress by how much electricity we consume. — Dan Dreyfus

> [00:20](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=20s) we were literally tearing down all of our critical infrastructure and moving it overseas to China. — Dan Dreyfus

> [03:21](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=201s) anytime it gets a little bit cold in Texas — Dan Dreyfus

> [03:21](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=201s) freezing in the dark. — Dan Dreyfus

> [03:21](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=201s) none of them will work without critical minerals. None of it. None of this can happen. — Dan Dreyfus

> [05:40](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=340s) within days, literally days of their entire production line shutting down — Dan Dreyfus

> [05:40](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=340s) we're going to cut off your exports of critical minerals and you guys are going to freeze in the dark. — Dan Dreyfus

> [05:40](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=340s) vuja de moment — Dan Dreyfus

> [05:40](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=340s) the overwhelming feeling that none of this has ever happened before. — Dan Dreyfus

> [08:17](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=497s) be doing this conference in a tent. — Dan Dreyfus

> [08:17](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=497s) Over the next 18 years, we're going to need as much copper as we mined in the last 10,000 years. — Dan Dreyfus

> [08:17](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=497s) on one hand and have some fingers left over. — Dan Dreyfus

> [17:33](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=1053s) the Chinese have all the technological knowhow — Dan Dreyfus

> [19:10](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=1150s) 150 grand right out of high school. — Dan Dreyfus

> [23:19](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=1399s) a ham sandwich comes from the refrigerator — Dan Dreyfus

## Mentioned Dan Dreyfus, Fortnite Capital, Google, Meta, WhatsApp, Apple, China, Boeing, Airbus, Texas, California, ERCOT, Paradise wildfire, Taiwan, Japan, Europe, US, Samarium, Gadolinium, Terbium, Dysprosium, Lutetium, Scandium, Yttrium, Erbium, silver, Samarium-Cobalt magnets, Ford Motor Company, McDonnell Douglas, Department of War, Department of Energy, Canada, Mohenjo-Daro, Chile, Medicare, Medicaid, Social Security, Chamath Palihapitiya, Molybdenum, San Francisco, Travis Adams, Pennsylvania, South Korea

[Source](https://www.youtube.com/watch?v=xTO1aQ_m44I)

中文简报

Fortnite Capital的Dreyfus警告科技繁荣将引发金属短缺 全球算力革命正面临前所未有的基础设施瓶颈，因为人类在未来18年所需的铜矿量相当于过去一万年开采的总和。 Dan Dreyfus指出了一场巨大的宏观经济变革：人类的进步将以电力消耗来衡量，这标志着美国轻资产软件时代的终结，并迫使其大幅转向重资产的再工业化。这一转型正在推动航空航天、国防、人工智能和半导体制造等领域前所未有且同步展开的资本周期，而这些领域均完全依赖关键矿产。Dreyfus强调了铜和白银供应面临严重的物理瓶颈、美国国内熟练技术工人的极度短缺，以及中国在原材料加工领域的历史性垄断。他最终警告称，快速的货币贬值将使硬资产和大宗商品成为未来二十年财富保值的唯一可靠工具。 人类的进步将日益以耗电量来衡量，这标志着半导体和科技行业正在转向类似于重工业基础设施工厂的运作模式。 (0:00) 21世纪初的轻资产时代让美国得以扩张庞大的软件与数字帝国，但其代价是拆解了国内基础设施并转移至中国。 (0:33) 地缘政治冲突暴露了西方供应链的深层脆弱性，引发了急剧的通胀飙升，并迫使其转向再工业化和制造业回流。 (0:33) 涵盖航空航天、国防、全球电网、数据中心以及半导体晶圆厂的多个万亿美元级庞大资本周期正在同时交汇，且都在争夺相同的原材料。 (3:21) 美国电网陈旧且脆弱，完全未能为人工智能和电动汽车所引发的巨大电力需求海啸做好准备。 (3:21)

Reading summary

Dan Drifus of Fortnite Capital argues that Western re-industrialization, military expansion, and artificial intelligence face an imminent physical bottleneck in critical minerals—most acutely copper—compounded by an antiquated electrical grid and reliance on Chinese refining. Converging Capital Cycles and Grid Vulnerabilities (3:21) Drifus identifies unprecedented, simultaneous trillion-dollar capital cycles competing for raw materials and power: power generation requiring $1 trillion every decade for 30 years, data centers absorbing $1 trillion annually, semiconductor fab construction estimated at $750 billion or more, and a $1 trillion aerospace backlog between Boeing and Airbus. He contends that the domestic electrical grid is structurally inadequate to handle this surge alongside electric vehicle adoption. He highlights historical failures, such as Texas's ERCOT grid failures during cold snaps and California's Paradise wildfire caused by a 106-year-old power line, arguing that the US has neglected baseline transmission infrastructure since the post-World War II era. The Structural Copper Supply Deficit (8:17) Drifus emphasizes copper as the primary physical constraint for technological and energetic transitions. Clean energy alternatives require significantly more copper than fossil fuels—five times more per megawatt for solar and seven times for wind compared to combined-cycle gas turbines. In computing, Drifus calculates that a 1-gigawatt AI data center requires approximately 50,000 tons of copper; planned annual deployments of 15 gigawatts would consume 750,000 tons per year, surpassing the 500,000 tons added to global supply last year. Modern warfare further expends non-recyclable copper in munitions. Drifus projects that merely matching baseline global GDP growth will require 700 million tons of copper over the next 18 years—matching total human production across the prior 10,000 years. Fulfilling this pace requires bringing five Tier 1 mines online annually, yet few such projects exist in global development pipelines, while active mines suffer from depleting ore grades and new builds take 7 to 12 years to construct. Chinese Processing Dominance and Federal Interventions (5:40) While critical minerals and rare earths are geographically widespread, Drifus notes that China holds near-total dominance over chemical refinement and conversion technologies. This leverage was demonstrated when Chinese export bans on materials like Samarium-Cobalt magnets brought manufacturing lines at Ford and major defense suppliers close to shutting down. Drifus estimates it will require 10 to 20 years for the United States to develop independent processing parity. To accelerate domestic production, Drifus reports that the US government is issuing three-part packages to small North American resource owners: direct equity checks for mine development, expedited federal permits bypassing decade-long reviews, and guaranteed take-or-pay offtake contracts with price floors to de-risk private capital. Renewable Constraints, Labor Shortages, and Silver Depletion (17:13) Powering advanced computing entirely with renewables introduces severe physical and material bottlenecks. Drifus points out that because solar power operates at roughly a 20% capacity factor, powering a 1-gigawatt data center requires 5 gigawatts of solar installations covering 35,000 acres. Deployment is further constrained by an acute shortage of skilled domestic craft labor, even as top trade school graduates command entry wages up to $150,000 amid manufacturing reshoring. Photovoltaic deployment also accelerates a structural deficit in silver. Drifus highlights that annual global silver consumption of 1.2 billion ounces outpaces 1.0 billion ounces of production, leaving a 200-million-ounce yearly deficit against 600 million ounces of above-ground inventories—a trajectory he warns could cause a full stockout within three years. Drifus cautions that fiscal deficits and expanding debt liabilities will ultimately drive monetary debasement similar to 1970s stagflation, favoring hard infrastructure and commodities. However, capital allocation remains subject to unresolved execution risks, including the slow pace of domestic mine development, China's market dominance, and severe shortages of specialized manufacturing capacity such as nuclear containment vessel production.

精炼阅读摘要

Fortnite Capital的Dan Dreyfus在《All-In Podcast》中指出，全球经济正从轻资产软件时代转向高度依赖物质资本的计算与工业化时代，而支撑人工智能、国防与再工业化的最关键瓶颈并非芯片设计，而是以铜和白银为代表的基础矿产严重短缺以及西方退化的物理基础设施。 重资本周期重叠与电网系统脆弱性 (3:21) Dreyfus指出，过去二十年美国通过轻资产软件与互联网积累了巨额市值，但代价是本土基础设施的荒废和制造业向中国的大规模外移。当前宏观经济正面临其25年从业生涯中未曾见过的多重万亿美元级资本周期共振：商业航空与国防订单积压达1万亿美元，数据中心基础设施每年需投入1万亿美元，半导体晶圆厂建设预估达数千亿至万亿美元，全球电网在未来30年内每十年需投入1万亿美元。 这些庞大的电力需求迎头撞上了极度脆弱的美国本土电网。得克萨斯州ERCOT电网在寒潮中屡次瘫痪，加州Paradise致命山火则追溯到一根具有106年历史的老化电线。Dreyfus测算，加州若有半数汽车转为电动或自动驾驶并在晚间集中充电，将直接击垮现有电网。此外，由于受监管公用事业机构的利润与资本支出基数挂钩，输配电成本被人为推高，导致能源短缺的实质矛盾集中在电力输送通道与陈旧基建的脱节。 铜资源面临万年级结构性供给断层 (8:17) 在所有基础大宗商品中，Dreyfus将铜界定为连接能源转型与科技扩张的核心枢纽。清洁能源与AI基础设施具有极高的耗铜强度：光伏电站每兆瓦耗铜量是传统燃气电厂的5倍，风电是其7倍，电动汽车耗铜量是燃油车的5至6倍。单座1吉瓦（GW）规模的AI数据中心需消耗约5万吨铜，以科技行业每年规划新增15吉瓦计算，年消耗量即达75万吨，直接超过去年全球铜矿仅50万吨的新增供应；同时俄乌战场的弹药消耗也永久性损耗了大量不可回收的铜材。 从历史纵深来看，人类过去一万年累计开采了7亿吨铜。Dreyfus强调，即便完全不计入AI数据中心与绿色能源的增量，仅按全球基准GDP增速推算，人类在未来18年内需要的铜总量就将达到过去一万年的总和（7亿吨）。要满足这一需求，全球每年需投产5个超大型一级（Tier 1）矿山，然而当前全球在建管道中本年代末投产的一级铜矿屈指可数；叠加智利等百年老矿品位退化以及新矿7至12年的建设周期，铜供给正面临无法调和的时间与产能断层。 中国精炼主导权与美方应急产业扶持 (5:40) 针对稀土与关键矿物，Dreyfus认为自然界的地壳储量并不稀缺，真正的技术与地缘壁垒在于原矿提炼为工业级产品的化学加工技术，而中国在该领域占据了绝对主导地位。此前中国对钐、钆、铽、镝及白银等材料实施出口限制，导致福特汽车因钐钴磁体断供曾一度逼近整条生产线在数天内停摆的边缘，国防承包商麦道及美国政府部门亦深感震动。 为对冲地缘卡脖子风险，美国政府启动了前所未有的干预举措，直接向北美本土小型矿企提供“三张纸”救济：一是提供政府直接股权投资支持矿井建设；二是绕过长达20年的繁琐行政程序直接签发联邦开采许可；三是提供附带保底价格的“照付不议”（take-or-pay）包销协议，锁定高内部收益率以便企业快速撬动私人资本。然而Dreyfus坦言，由于中国在精炼技术上的长期垄断，美国即便全面加速，至少也需要10至20年才能真正建立起独立的加工供应链。 替代能源约束白银短缺与技工断层 (17:13) 企业试图绕过公用电网实现能源自给的设想同样受制于客观物理条件。光伏发电的容量系数仅为20%左右，要支撑1吉瓦数据中心连续运转必须配备5吉瓦太阳能装机，占地约35000英亩（面积超过旧金山）。核能方面，美国本土已缺乏制造核安全壳的工业能力，必须依赖韩国供应链。更为严峻的是光伏电池依赖的白银储备正面临断绝：全球每年消耗白银12亿盎司，产量仅10亿盎司，每年存在2亿盎司赤字，地表剩余的6亿盎司库存仅够维持约三年，面临实质性断货风险。 支撑这些重工业项目落地的终极约束在于熟练技术工人的极度匮乏。尽管制造业回流促使高素质蓝领工人迎来薪酬拐点——顶尖技校毕业生起薪已可达15万美元并反超部分基层白领，但熟练技工群体的培养与梯队重建速度，依然远远落后于工厂再造与电网重组的紧迫日程。 Dreyfus总结指出，在美债膨胀至40万亿美元、每年新增巨额非资助负债所引发的法币贬值与通胀预期下，实物商品是少数能对抗购买力稀释的资产载体。然而，单纯依靠资本涌入无法瞬间抹平矿山长达十年的投产周期与精炼技术差距，西方能否在铜、银等实物耗尽前打通供应链堵点，仍是悬而未决的宏观难题。

Detailed notes — zh

## Background 该视频由知名商业科技播客《All-In Podcast》于 2026 年 6 月 27 日在 YouTube 平台发布。视频记录了投资人 Dan Dreyfus 在峰会上的主题演讲及后续现场对谈，根据简介，其内容主要探讨美国“轻资产时代”的终结、中国限制关键矿产供应的地缘冲击、AI 与电网对铜资源的极限消耗，以及在万亿级债务重压下如何布局大宗商品超级周期。 ## TL;DR Dan Dreyfus 指出，随着 AI 算力与再工业化的推进，衡量人类进步的尺度已从纯软件算法转变为电力与底层物理资源的消耗量，过去二十年外包制造的“轻资产奇迹”已然终结。由于老矿加速枯竭且新矿开发周期长达 7 至 12 年，未来 18 年全球消耗的铜将等同于人类过去一万年的开采总和，叠加美国老旧电网危机与白银三年库存告罄倒计时，关键矿产已成为全产业链的最硬约束。在美债总负担超 140 万亿美元引发法币贬值的宏观背景下，熟练技工短缺正推高用工成本并实现蓝领逆袭。他强调，投资者必须破除技术乌托邦幻觉，重点押注供应链中扩产弹性极小且物理上无法被技术替代的“物理锁喉点”硬资产。 ## Atmosphere & style 整场演讲呈现出一种极其清醒、硬核且充满警示意味的工业现实主义基调，彻底颠覆了硅谷科技圈沉醉于软件造富的惯性叙事。Dreyfus 语言辛辣直白，用五角大楼携款抢矿、百年老电网山火、白银三年断供等触目惊心的细节与量化数据，营造出基础设施大厦将倾的强烈危机感。与主持人 Chamath 的现场互动兼具对都市精英脱离物理常识的黑色幽默讽刺，以及对蓝领技工命运翻盘、硬资产重构财富格局的深刻洞察，带给听众一种大周期拐点已至的震撼感。 ## Bulletin - [08:17](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=497s) 算力与电气化驱动铜矿需求爆发：未来18年全球铜需求将达7亿吨（等同过去一万年开采量总和），而AI数据中心每年需新增75万吨铜，远超去年全球铜矿总产量的净增量（50万吨）。 - [21:28](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=1288s) 光伏与先进制造引爆白银危机：全球白银年消耗量12亿盎司，供应量仅10亿盎司，地表仅存的6亿盎司白银库存预计将在三年内彻底告罄。 - [13:25](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=805s) 美国电网极端老化且面临生活电气化挤压：哪怕撇除AI需求，仅建筑热泵置换与电动车普及就足以瘫痪电网，而最大的现实瓶颈是熟练技工（craft labor）断层而非资金。 - [05:42](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=342s) 五角大楼以极度激进手段干预关键矿产：为摆脱中国对关键矿产的断供封锁，美国政府向初创矿企直接提供股权投资、开采许可与照付不议兜底协议“三张纸”推动供应链回流。 ## Key takeaways - [00:00](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=0s) 衡量人类文明进步的核心尺度正在从纯软件算法转向电力与底层物理资源的消耗量，半导体与AI数据中心本质上是高耗能的现代重工业基础设施。 - [00:55](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=55s) 过去二十年美国迷信轻资产与制造外包，实质性拆除了本土关键工业基建，在地缘冲突爆发后引发长期难以平抑的高通胀与供应链断层。 - [03:21](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=201s) 全球正处于航空航天、发电网络、芯片晶圆与军工国防等多重万亿美元级资本开支周期的同时共振，引发对核心合金与物理资源的激烈争夺。 - [05:42](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=342s) 中国在稀土等关键战略矿产的提纯精炼上具有绝对垄断地位，美国正通过直接注资、特批开采许可与锁定最低收购底价强行重建本土供应链。 - [08:17](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=497s) 光伏与风电每兆瓦耗铜量达传统燃气机组的5至7倍，电动车耗铜达燃油车5倍以上，单座1 GW数据中心需耗铜5万吨，且军事消耗无法有效回收。 - [10:32](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=632s) 新建大型铜矿耗时7至12年，且智利百年主力老矿矿石品位加速贫化；本世纪末前能够投产的一级特大铜矿屈指可数，铜将成为接替芯片的下一个超级死结。 - [12:00](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=720s) 美国联邦债务与社会福利负债现值合计高达140万亿美元且每年激增5万亿美元，在法币购买力大幅贬值的宏观环境下，大宗商品等硬资产是终极避险资产。 - [13:25](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=805s) 电网数十年来缺乏抗风险升级，终端电费暴涨主因是公用事业公司做大输配电网络资本基数，而非发电端成本上升，电网扩张面临熟练技工极度短缺约束。 - [16:52](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=1012s) 高密度工业用电无法脱离主电网；稀土的核心技术瓶颈在于中国垄断的后段化学提纯加工而非地质开采，且大宗商品的大体量使单一新技术难以短期逆转供求。 - [20:36](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=1236s) 去工业化伤害内陆蓝领的恶果出现反转：电网与算力基建热潮推动技工学校优秀毕业生年起薪跃升至15万美元，物理世界的技工正在构建取代初阶白领的AI基座。 - [21:28](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=1288s) 美国本土已丧失核反应堆核心压力容器制造能力，光伏与算力高功率组件不可或缺的白银因年缺口达2亿盎司，地表库存正滑向三年枯竭倒计时。 - [23:19](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=1399s) 大宗商品超级周期的资本配置必须死守两大原则：精准押注扩产周期长且产能弹性最小的物理“锁喉点”，同时规避极易被工程技术迭代所替代的材料环节。 ## Detailed walkthrough ### [00:00](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=0s) 重工业与算力基建的回归：衡量人类进步的新尺度 Dan Dreyfus 开门见山地抛出了一个颠覆传统科技认知的论断：“未来衡量人类进步的尺度，将取决于我们消耗了多少电力。”在过去很长一段时间里，人们习惯将半导体与尖端算力视作纯粹的数字技术，但从物理本质来看，芯片制造和算力集群就是重工业与基础设施，其本质就是一座座运转不息的现代工厂。投资的核心逻辑，在于洞察世界的终局走向，并推演为了抵达那里必须消耗的底层物理资源。 未来的科技发展、制造业回流、再工业化，以及国家安全与军事战略，都建立在一个极其脆弱的现实之上：美国的物理基础设施早已老旧不堪，若要支撑上述宏伟目标，将需要数以万亿美元计的资本投入。在大宗商品与关键矿产领域，一场剧烈的供需重构正在发生。 - **核心投资逻辑**：半导体与 AI 数据中心本质上是高耗能的重工业基础设施。 - **衡量尺度转变**：人类文明演进的度量衡正在从纯软件算法转向电力与底层物理资源的消耗量。 --- ### [00:55](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=55s) 告别“轻资产奇迹”：外包代价与供应链断裂的通胀风暴 从 2000 年代初到几年前，美国经济经历了一段看似不可思议的“资本轻型化奇迹（Capital-Light Era）”。市场创造了数万亿美元的市值与财富，却几乎没有向物理重工业投入实质性资本。从 Google 的搜索算法、Meta 的社交生态（以 300 亿美元收购仅有 12 名员工的 WhatsApp），到流媒体平台、外卖软件、SaaS 模式，再到将硬件制造完全外包的苹果公司，资本市场沉醉于零边际成本的造富神话中。 然而，在狂欢的背后，代价是极其惨痛的。美国在此期间实质上拆除了自身的关键工业基础设施，并将其拱手拱让给海外（尤其是中国）。当 COVID-19 疫情、俄乌冲突、关税战以及中东地缘危机接踵而至时，极度脆弱的供应链遭到了毁灭性打击。通货膨胀如火箭般蹿升，且在高位长期徘徊难以回落。如今，美国正处于再工业化与制造业回流的历史拐点，而 AI 引发的算力革命，其对底层基础设施与物理资源的消耗强度，远超以往任何一代信息技术，直接催生了前所未见的大宗商品需求海啸与供给断崖。 ```mermaid flowchart TD accTitle: 过去轻资产模式与如今供应链危机的传导逻辑 accDescr: 展示美国从过度轻资产外包到遭遇地缘冲击，最终被迫再工业化的大宗商品困境流程图。 subgraph Past["过去20年：轻资产狂欢"] A["资本流向软件/平台<br/>(Google/Meta/SaaS)"] --> B["拆解本土基础设施<br/>制造业产能全面外包"] end subgraph Shocks["外部冲击与后果"] B --> C["地缘冲突与疫情爆发"] C --> D["供应链断裂与高通胀难以平抑"] end subgraph Present["当下拐点：双重挤压"] D --> E["制造业回流与再工业化"] D --> F["算力革命带来巨额电力消耗"] E & F --> G["关键矿产需求暴增<br/>遭遇数十年投资不足断层"] end ``` --- ### [03:21](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=201s) 多重资本周期共振：摇摇欲坠的电网与万亿级需求 当前全球正经历从业数十年来前所未见的多重资本开支周期共振。在航空航天领域，波音与空客未来十年的订单积压已达 1 万亿美元，同时蓬勃发展的商业航天还在激烈争抢相同的合金与原材料配额；在发电基础设施端，中国建设的新增发电装机容量已数倍于美国，全球发电网络的扩容在未来 30 年内，几乎每隔 10 年就需要消耗 1 万亿美元以上的资本。与此同时，数据中心正以每年 1 万亿美元的速度疯狂扩张，晶圆制造中 CPU 与算力密度的提升亦推动着数千亿甚至上万亿美元的产线投资；在地缘博弈的推波助澜下，台湾的“豪猪战略”以及日、欧、美全面提升的军费预算，进一步锁死了物理资源的产能。 与这种爆发式需求形成刺眼对比的，是美国如同风中残烛般的电网设施。得克萨斯州电网与全美不互联，气温骤降便会导致全州大面积停电；加州天堂镇引发致命山火的电网电线，服役时间竟超过 106 年。在加州，甚至不需要等到大规模部署 AI，只要有一半人购买电动车并在下午 6 点下班后同时插上充电桩、调高空调，“电网就会轰然瘫痪（Boom. We're going to kill it.），大家只能坐在黑暗中”。面对 AI 掀起的电力海啸，老旧电网连维持现状都捉襟见肘，而维系这一切运转的底层公分母，正是关键矿产。 - **航空航天积压订单**：波音与空客未来 10 年积压在手订单超 1 万亿美元，并面临太空经济的材料争夺。 - **电网极端老化案例**：加州引发严重灾害的电力线路已超 106 年历史；得州独立电网在寒潮冲击下屡次崩溃。 - **资本开支量级**：发电基建每 10 年需 1 万亿美元，全球数据中心年均资本开支迈向 1 万亿美元，芯片晶圆投资规模从预估的 7500 亿美元向数万亿美元演进。 --- ### [05:42](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=342s) 稀土断供惊魂：五角大楼带着“三张纸”敲门找矿 危机在现实中已然拉响警报。中国此前宣布对美国限制出口一系列关键战略原材料，包括钐、钆、铽、镝、镥、钪、钇、铒等。在钐钴永磁体供应受阻后，福特汽车公司的整车生产线一度在几天之内面临彻底停产的绝境，麦道（波音防务）等军工企业也同样命悬一线。这种供应链命脉被精准卡死的窒息感，让美国国防部与能源部官员陷入了巨大的恐慌。 为了打破这种被动挨打的死局，美国政府开始采取极其激进的干预手段。官员们亲自走访美国本土及加拿大的中小型初创矿企——这些在过去 20 年全球化浪潮中被资本遗忘、几乎自生自灭的公司——并直接给矿企管理层递上“三张纸”：第一张纸是政府开出的**股权投资支票**，注资协助探矿并转化为开采项目；第二张纸是矿企苦等十至二十年无法下发的**环保与开采许可批文**，扫除开工的一切政策障碍；第三张纸则是一份**照付不议（Take-or-pay）承购兜底协议**，由政府保证项目的最低收购底价，锁定极高的内部收益率（IRR），且矿企可保留市场价格上行时的全部超额利润，借此让企业能够迅速撬动外部资本扩大产能。 Dan Dreyfus 指出，中国在关键矿产领域拥有绝对的统治地位，西方即便全力追赶，也至少需要 10 到 20 年才能填补产能鸿沟。但在事关国家安全的生死时刻，“我们绝不能任由对手卡住要害（squeeze our testicles），一不顺心就切断出口让我们在黑暗中冻死”。这种罕见的政府强力干涉行为，被他称为从业 25 年来绝无仅有的“似曾相识的反转时刻（vuja de moment）”——一种强烈确信“眼前景象在历史上从未发生过”的剧烈转折。 --- ### [08:17](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=497s) 铜——金属之王的物理绝境：万年开采量难抵未来消耗 作为工业文明的核心血液，铜是所有电气化与算力蓝图无法绕过的“金属之王”。清洁能源领域中，太阳能发电每兆瓦的耗铜量是传统燃气联合循环电站（CCGT）的 5 倍，风力发电更是高达 7 倍；在交通电气化领域，一辆电动车消耗的铜是传统内燃机汽车的 5 至 6 倍。而在军事冲突层面，乌克兰战场上消耗的炸药总量已超越第二次世界大战总和，如“铜斑蛇（Copperhead）”制导炮弹等大量弹药壳均由纯铜制成，这些打入战场的铜弹壳在爆炸后直接消散，根本无法像民间物资那样回收利用。 算力基础设施对铜的渴求更是达到了天文数字。一座 1 吉瓦（GW）规模的 AI 数据中心，需要消耗整整 50,000 吨铜；随着全球计划以每年 15 吉瓦的速度建设 AI 工厂，仅数据中心一项每年就将新增 750,000 吨的精炼铜需求。然而，去年全球铜矿总产量的净增长仅为 500,000 吨，连满足数据中心的新增需求都不够，更遑论支撑电网、电动车及国防工业的庞大消耗。 从人类文明初期的摩亨佐-达罗遗址算起，整个人类社会在漫长的一万年历史中总共开采了约 7 亿吨铜。即便这 7 亿吨铜中有 80% 仍以某种形式留存在现存的电网与建筑结构中，现代人也不可能拆毁欧美和亚洲的摩天大楼来炼铜，退回到帐篷中生活。目前全球每年的精炼铜消费量约为 3000 万吨，其中仅有 400 万吨来自废铜回收，其余 2600 万吨全部依赖新矿开采。当下的矿业产能不仅无法匹配科技跃迁的增速，甚至连维持正常 GDP 增长的底线都已触碰天花板。 - **清洁能源耗铜倍率**：光伏每兆瓦耗铜为燃气机组的 5 倍，风力发电为 7 倍。 - **AI 数据中心铜需求**：1 GW 规模消耗 5 万吨铜；按年新增 15 GW 规划，每年需 75 万吨铜，而去年全球年增量仅 50 万吨。 - **历史与现实供给数据**：人类万年文明累计开采 7 亿吨铜；当前全球年需求 3000 万吨（400 万吨来自回收，2600 万吨来自原生采矿）。 ### [10:32](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=632s) 铜的严峻短缺：未来 18 年的需求相当于过去一万年的总和 丹·德雷弗斯（Dan Dreyfus）指出，即便把绿色能源、太阳能繁荣以及数据中心的额外增量完全抛开不谈，仅仅按照过去正常的 GDP 增速自然扩张，未来 18 年全球也将需要惊人的 7 亿吨铜。这一数字意味着，人类在未来 18 年内消耗的铜资源，将等同于过去一万年开采量的总和。为了填补这一缺口，全球每年必须有 5 座世界级的一级（Tier 1）特大矿山投产。然而，德雷弗斯直言，任何人去查阅 Grok 或 ChatGPT 就会发现，从现在到本世纪末能够上线的一级矿山数量，“用一只手去数都绰绰有余”。 现实情况却雪上加霜：新建一座铜矿通常需要 7 到 12 年的漫长周期，而全球现有的主要矿山正在步入衰竭期。以智利的大型铜矿为例，开采历史已超过百年，矿石品位（grades）正在持续严重退化。德雷弗斯强调，如今市场和产业界所有的狂热与焦虑都集中在内存芯片、HBM 和 NAND 上，这些硬件价格直线飙升，因为它们是眼前的瓶颈；但如果放眼未来，“转过下一个弯道”，铜才是即将迎面撞上的真正死结。大宗商品的超级周期通常持续 15 年，往往蕴含着数倍的上涨空间，而目前我们仅仅处于这轮周期的开端。 - 未来 18 年铜需求总量预计达 7 亿吨，相当于人类过去一万年的累计开采量。 - 理论上每年需投产 5 座全球顶级一级铜矿，但本世纪末前几乎没有足够的新矿能够上线。 - 现有大型矿山（如智利矿区）矿龄普遍超过百年，矿石品位加速贫化；新建矿山开发周期长达 7 至 12 年。 ```mermaid flowchart TD accTitle: 铜供需失衡与下游瓶颈传导链 accDescr: 展示铜矿供给刚性与电气化需求爆发碰撞导致的产业短缺链条 subgraph 供给端极度刚性 ["供给端刚性约束"] A["老矿枯竭<br/>（智利百年老矿/品位退化）"] B["新矿周期漫长<br/>（建矿耗时 7-12 年）"] C["产能缺口<br/>（本世纪末前一级矿山屈指可数）"] A --> C B --> C end subgraph 需求端多重爆发 ["需求端爆发式增长"] D["基线需求<br/>（自然 GDP 扩张需 7 亿吨/18 年）"] E["电气化重构<br/>（热泵置换、电动汽车普及）"] F["AI 与算力中心<br/>（电力基础设施巨额铜耗）"] end C --> G["下一个核心瓶颈：铜（Copper）"] D --> G E --> G F --> G G --> H["大宗商品超级周期爆发<br/>（15 年上行周期）"] ``` --- ### [12:00](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=720s) 美元贬值危机：140 万亿债务重压下的硬资产逻辑 在供需剧烈碰撞之外，德雷弗斯将视角转向了更为底层的宏观金融危机：法币价值的系统性稀释。自疫情爆发以来，法币购买力遭遇了重创。当前美国联邦政府债务规模已高达 40 万亿美元，且每年以 2.5 万亿美元的速度递增；在此之上，联邦医疗保险（Medicare）、医疗补助（Medicaid）、社会保障（Social Security）及养老金等未来社会福利负债的折现现值高达 100 万亿美元，同样以每年 2.5 万亿美元的速度膨胀。两者相加，每年新增债务总额达到 5 万亿美元，而美国联邦政府一年的税收总额仅约 5.5 万亿美元。 德雷弗斯尖锐地反问：当下一次经济衰退降临、税收暴跌而救助支出必须飙升时，政府除了“疯狂印制巨额钞票（print giga dollars）”之外别无选择。他回顾了 1970 年代的恶性通胀历史，当时政府正是通过通货膨胀和货币贬值来转嫁危机，导致法币实际购买力缩水了 70%。在这类宏观环境下，大宗商品、硬资产和关键基础设施是抵御购买力蒸发的终极护城河，德雷弗斯给全场观众留下一道“家庭作业”：“去查一查 1970 年代表现最亮眼的资产类别是什么，它的表现甩开其他资产好几条街。” - 美国联邦公共债务达 40 万亿美元，每年递增 2.5 万亿美元。 - 未来社会福利负债折现现值达 100 万亿美元，每年递增 2.5 万亿美元。 - 联邦财政年税收仅 5.5 万亿美元，根本无法承受经济衰退带来的财政扩张压力。 - 1970 年代通胀周期中，法币购买力缩水 70%，大宗商品与硬资产成为绝对领跑的资产类别。 --- ### [13:25](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=805s) 电网危机与技工短缺：生活电气化就足以击穿基础设施 演讲结束后，查马斯·帕里哈皮蒂亚（Chamath Palihapitiya）登台与德雷弗斯互动，提到自己在早先的年度预测节目中就公开预测铜将是表现最佳的资产，而德雷弗斯笑称“这是在我俩交流之前你就做出的准确判断”。德雷弗斯认为当前铜价在现有基础上翻倍绝非难事，他甚至亲眼见证过金属钼（molybdenum）从每磅 1 美元一路飙升至 33 美元。主持人随后追问两人在后台探讨的核心命题：为什么即便不考虑 AI，单纯维持人类当下的能源需求基线，基础设施就已经濒临极限？ 德雷弗斯直言，美国自二战结束以来，就从未对国家电网进行过系统性的升级、现代化改造和抗风险加固，“过去两三届甚至四届政府都在梦游（sleepwalking），对基础设施加固毫无作为”。哪怕仅仅是为了落实再工业化、制造业回流以及基础电气化——比如商业楼宇全面用热泵替代老旧燃气锅炉、电动车普及率上升、日常电子设备消耗增加——甚至“连 AI 的边都还没沾”，电网就已经无法承受。结果将是不可避免的停电、限电（blackouts, brownouts）以及电价暴涨。 德雷弗斯进一步指出，过去 20 年间虽然发电本身的成本实际上下降或保持平稳，但终端电费通胀的核心源头在于公用事业公司的输电与配电网络（T&D）。公用事业公司通过人为推高基建成本来向监管机构报备，从而在更高的资本基数上赚取净资产收益率（ROE）。然而，这一切最大的现实瓶颈不是资金，而是极度匮乏的“熟练技工（craft labor）”。过去十几年社会舆论鼓励年轻人涌入东北部的文理学院，导致专业技工出现巨大断层。当查马斯现场调查观众席时，发现约半数高净值家庭已经安装了光伏和特斯拉 Powerwall 储能设备，另有 20% 计划在明后年安装，富裕阶层正在用自主供电“绕开死板的电网”。 - 输配电通胀主因：过去 20 年发电端成本在扣除通胀后实际走低，但公用事业公司通过做大输配电资本基数来获取监管许可的资本回报率。 - 现场调查显示，约 50% 观众已部署户用光伏与储能电池，另有 20% 计划跟进，家庭与私营机构正在自发绕过公共电网。 - 电网加固与扩张面临的最紧迫硬性约束是熟练技工（craft labor）断层，而非资本本身。 --- ### [16:52](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=1012s) 工业刚性负荷与技术创新的边界：稀土开采容易加工难 针对部分人认为分布式户用能源可以彻底淘汰传统电网的观点，德雷弗斯予以了坚决驳斥：重工业和高密度产业用电是无法脱离大电网的。他算了一笔账：以一座 1 吉瓦（GW）的 AI 超级算力工厂为例，由于太阳能有效发电时间受限，容量因数（capacity factor）仅为 20% 左右；这意味着支撑 1 吉瓦的算力负载，需要配套建设 5 吉瓦的太阳能电站。按每吉瓦光伏占地 7,000 英亩计算，5 吉瓦就需要 35,000 英亩土地——这比整个旧金山市的面积还要大。如此庞大工程所需的施工安装技工，在当下根本无处找寻。 谈及初创企业寄希望于通过采矿黑科技来破解稀缺性，德雷弗斯解析了其中的认知误区。他幽默地回顾了 14 世纪的炼金术士历史：当时人们眼中的元素只有水、火、气、土，凡是泥土里提炼不出、搞不明白的物质就被统称为“稀土（rare earth）”。实际上，稀土元素在地壳中储量丰富、无处不在，从地下提取并不存在不可逾越的壁垒，真正的死穴在于“后段提纯加工（processing）”。中国目前几乎垄断了将稀土原矿转化为可用工业材料的全部核心技术工艺与产能。而在铜这类超级大宗物资上，市场体量极为庞大，任何单一技术突破都不可能在短时间内彻底颠覆产业瓶颈。 现场主持随后将讨论引申至中美对抗与供应链重塑。面对中国的供应链主导地位，若美国强行实现关键矿产精炼、芯片代工厂制造的回流本土，虽然面临供应链脱钩阵痛，但也将在北美催生海量极高薪酬的专业技能岗位。德雷弗斯总结道，无论是能源转型还是工业回流，摆在眼前的建设任务极其庞大，熟练技工的需求几乎是无上限的，重构实体供应链已成为美国别无退路的必修课。 - 1 GW 算力数据中心若采用全光伏供能，受制于 20% 的容量因数，需配套 5 GW 光伏装机。 - 5 GW 光伏项目需占地约 35,000 英亩，占地面积超越旧金山全城，在用地规划与熟练施工人力上构成双重极限挑战。 - 关键矿产核心壁垒对比：稀土的核心瓶颈在于中国高度垄断的化学提纯与精炼工艺；而铜的核心瓶颈在于百亿级庞大基数下的绝对地质储量开采与超长扩产周期。 ### [20:36](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=1236s) 蓝领技术工人的命运逆转与薪资激增 过去数十年间，美国将大量制造业工厂迁往海外，首当其冲遭遇重创的正是本土的蓝领技术劳动力。这种去工业化在社会层面诱发了极具破坏性的连锁反应，包括阿片类药物（如芬太尼）滥用危机、财富鸿沟急剧扩大，以及沿海地区坐拥暴利而美国腹地（如宾夕法尼亚等“铁锈带”）被彻底遗忘。昔日构成国家基石的底层劳动阶级承受了最沉重的代价。然而今天，历史迎来了讽刺性的逆转：正是这批曾经流离失所的腹地蓝领工人群体，如今在新一轮电网与能源基建浪潮中获得了极其丰厚的起薪回报。 现在的技术工人市场已经发生翻天覆地的转变。哪怕是一个刚从高中毕业的年轻人，只要进入像广达培训中心（Quanta Services 旗下的专业职业技能学院）这样的技术工种院校且成绩名列前茅，走出校门就能拿到高达 15 万美元的年薪。具有讽刺意味的是，这些掌握硬核电气、机械施工技能的工人们所建设的基础设施（如 AI 数据中心与现代化电网），反过来正在加速取代那些曾经高高在上的低阶白领岗位。正如现场讨论所指出的，这是一个高度有效的市场，资本正在不惜一切代价涌向物理现实世界的短缺环节，就业与薪水也随之彻底向蓝领工匠倾斜。 - **产业空心化的历史恶果**：工厂外迁造就了沿海金融科技精英与内陆产业工人之间的巨大断层，并直接诱发了药物危机与地缘政治动荡。 - **技工身价飞涨**：电力与基础设施核心工种严重短缺，优秀应届技术学校毕业生的年起薪已飙升至 150,000 美元。 - **职业替代的反转**：物理层面的基建工人正在构建取代低端脑力白领劳动（AI 数据基础设施）的实体支柱。 --- ### [21:28](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=1288s) 能源短缺的本质：关键矿产卡脖子与白银供应危机 在探讨美国能源转型的各种路径（如天然气、煤炭、核能、碳氢化合物和太阳能）时，很多人陷入了一种还原主义思维，认为“只要是能源，全部都有巨大需求”。然而，Dan Dreyfus 明确指出了不同能源形态面临的真实物理瓶颈。美国地下蕴藏着极为丰富的天然气资源，页岩气并非开采瓶颈；太阳能电站的安装速度极快，表面上看也绝非卡点。但在核能领域，美国本土目前甚至连最基本的反应堆压力容器（Containment Vessels）都无法独立制造，完全依赖韩国等海外供应链。 ```mermaid flowchart TD accTitle: 关键矿产对能源形式与基础设施的制约 accDescr: 展示了天然气、核能与太阳能各自面临的关键矿产瓶颈，突显白银在太阳能光伏与数据中心领域的枯竭倒计时。 subgraph Inputs["一次能源与发电构建设想"] NG["天然气：储量极其丰富但受输送制约"] Nuclear["核能：本土缺乏压力安全壳制造能力"] Solar["太阳能：建站技术成熟且部署迅速"] end subgraph Bottlenecks["物理现实与关键矿产瓶颈"] Metal["电站与机组建造：稀缺特种矿产不足"] Silver["光伏核心材料：白银出现结构性严重断供"] end subgraph SilverCrisis["白银三年库存危机"] Demand["全球年消耗量：12 亿盎司"] Supply["全球年供应量：10 亿盎司"] Deficit["每年供需缺口：2 亿盎司"] Inventory["地面存量仅剩 6 亿盎司（剩余 3 年断供倒计时）"] end Nuclear --> Metal Solar --> Silver Demand --> Deficit Supply --> Deficit Deficit --> Inventory ``` 更加致命的问题在于原料之外的关键矿产支撑。即便开采出充沛的天然气，或者规划了核电站，美国依然极度匮乏建造发电机组所需的特种关键矿产。光伏产业同样暗藏致命短板——白银。无论是地面光伏组件，还是未来可能部署至太空的高功率太阳能数据中心，都会消耗极其庞大的白银储量。当前的白银供需平衡极为脆弱：全球每年消耗白银 12 亿盎司，而实际年供应量仅为 10 亿盎司，每年存在 2 亿盎司的硬性赤字；目前全球地表可调用的白银库存仅剩 6 亿盎司左右。这意味着按照目前的消耗速率，只需三年时间全球白银库存就将彻底见底，届时制造光伏电池的银浆原料将无处可寻。 - **核电制造能力的退化**：美国已失去自主制造反应堆核心压力容器的工业能力，硬件依赖韩国。 - **白银三年枯竭倒计时**：全球年消费量为 12 亿盎司，年供应量仅 10 亿盎司，每年缺口 2 亿盎司；地面现存 6 亿盎司库存将在三年内告罄。 - **配置建议**：投资者应积极布局铜、白银等核心关键矿产，以及围绕这些矿业基础设施开展作业的工程与现场劳动力服务提供商。 --- ### [23:19](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=1399s) 大宗商品周期的资本配置法则与供应链断点 对于想要在大宗商品超级周期中配置资本的投资者而言，如何选择标的并规避致命风险成为压轴的核心议题。大宗商品上下游充满陷阱：虽然终端需求看似无限广阔，但若处于产业链的错误环节，极易遭遇剧烈的供给冲击、海外主导方的恶性低价倾销或产能调控，从而招致惨烈亏损。Dan Dreyfus 直言，投资者必须彻底破除对现代供应链的“神化”与无知——许多生活在都市里的美国人认知极度脱节，“以为火腿三明治是冰箱里直接长出来的”，完全忽视了芝加哥周边每个月有 3,000 万头生猪被屠宰的血淋淋的物理现实。 要在重资产周期中立于不败之地，资本配置必须死守两条基本铁律： 第一，必须精准洞察并押注供应链中最不可替代的“物理锁喉点”（Pinch Points）。不能停留在对终端需求的泛泛看好，而要寻找整条链路中产能弹性最小、扩产周期最长、物理不可或缺的狭窄通道。 第二，必须确保所投资的环节绝不会轻易被技术替代（Technological Disruption）。正如 David Friedberg 在播客中反复强调的技术替代风险，如果某一矿产或零部件因供应过紧引发暴利，必须防范工程界开发出低成本替代材料从而一举消除供给紧张局面的情况。唯有那些在物理规律上无法被替换、且供给端存在刚性开采周期的硬资产与核心工程服务商，才能在这场由 AI 与电气化驱动的世纪超级周期中穿越风浪。现场在掌声与赞叹中向 Dreyfus 致谢并结束了本场演讲。 ## Notable quotes > [00:00](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=0s) 未来衡量人类进步的尺度，将取决于我们消耗了多少电力。 — Dan Dreyfus > [03:21](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=201s) 电网就会轰然瘫痪（Boom. We're going to kill it.），大家只能坐在黑暗中 — Dan Dreyfus > [05:42](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=342s) 我们绝不能任由对手卡住要害（squeeze our testicles），一不顺心就切断出口让我们在黑暗中冻死 — Dan Dreyfus > [10:32](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=632s) 用一只手去数都绰绰有余 — Dan Dreyfus > [10:32](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=632s) 转过下一个弯道，铜才是即将迎面撞上的真正死结。 — Dan Dreyfus > [12:00](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=720s) 疯狂印制巨额钞票（print giga dollars） — Dan Dreyfus > [12:00](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=720s) 去查一查 1970 年代表现最亮眼的资产类别是什么，它的表现甩开其他资产好几条街。 — Dan Dreyfus > [13:25](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=805s) 过去两三届甚至四届政府都在梦游（sleepwalking），对基础设施加固毫无作为 — Dan Dreyfus > [13:25](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=805s) 连 AI 的边都还没沾 — Dan Dreyfus > [23:19](https://www.youtube.com/watch?v=xTO1aQ_m44I&t=1399s) 以为火腿三明治是冰箱里直接长出来的 — Dan Dreyfus ## Mentioned Dan Dreyfus, Chamath Palihapitiya, David Friedberg, Google, Meta, WhatsApp, Apple, Boeing, Airbus, 福特汽车 (Ford), 麦道 (McDonnell Douglas), 美国国防部 (Pentagon), 美国能源部, Grok, ChatGPT, 特斯拉 (Tesla), Tesla Powerwall, Quanta Services, Medicare, Medicaid, Social Security ## Video description (0:00) Dan Dreyfus Presents: The Future of Critical Minerals (0:33) America's "Capital Light Era" is over, rapid supply/demand shocks coming (5:40) Impact of China cutting off the US from critical minerals (8:18) Copper's Rise: The next 18 years need as much as the last 10,000 (12:00) Dollar Debasement: $140T in debt and why hard assets win (13:50) The Grid is Dying: Blackouts, bottlenecks, and the craft labor crisis (19:10) How to invest in the commodity supercycle Follow Dan: https://x.com/dreyfd Thanks to our partners for making this possible! EY - Liquidity, growth, and what’s next for organizations were front and center at the Summit. EY helps turn liquidity challenges into sustainable value. https://www.ey.com/en_us/services/strategy-transactions/liquidity-working-capital-advisory?WT.mc_id=3501316&AA.tsrc=sponsorship NYSE - Thank you to our partner, the New York Stock Exchange - a modern marketplace and exchange for building the future. It all happens at the NYSE. https://www.nyse.com Plaud - Never miss a moment. Plaud, our official wearable AI note-taking partner at All-In Liquidity Summit, captured every insight. https://www.plaud.ai Follow the besties: https://x.com/chamath https://x.com/Jason https://x.com/DavidSacks https://x.com/friedberg Follow on X: https://x.com/theallinpod Follow on Instagram: https://www.instagram.com/theallinpod Follow on TikTok: https://www.tiktok.com/@theallinpod Follow on LinkedIn: https://www.linkedin.com/company/allinpod Intro Music Credit: https://rb.gy/tppkzl https://x.com/yung_spielburg #allin #tech #news [Source](https://www.youtube.com/watch?v=xTO1aQ_m44I)

Source quotes

[0:00] Dan Dreyfus: 未来衡量人类进步的尺度，将取决于我们消耗了多少电力。 [3:21] Dan Dreyfus: 电网就会轰然瘫痪（Boom. We're going to kill it.），大家只能坐在黑暗中 [5:42] Dan Dreyfus: 我们绝不能任由对手卡住要害（squeeze our testicles），一不顺心就切断出口让我们在黑暗中冻死 [10:32] Dan Dreyfus: 用一只手去数都绰绰有余 [10:32] Dan Dreyfus: 转过下一个弯道，铜才是即将迎面撞上的真正死结。 [12:00] Dan Dreyfus: 疯狂印制巨额钞票（print giga dollars） [12:00] Dan Dreyfus: 去查一查 1970 年代表现最亮眼的资产类别是什么，它的表现甩开其他资产好几条街。 [13:25] Dan Dreyfus: 过去两三届甚至四届政府都在梦游（sleepwalking），对基础设施加固毫无作为 [13:25] Dan Dreyfus: 连 AI 的边都还没沾 [23:19] Dan Dreyfus: 以为火腿三明治是冰箱里直接长出来的

Source quotes

[0:00] Dan Dreyfus: We're going to be measuring human progress by how much electricity we consume. [0:20] Dan Dreyfus: we were literally tearing down all of our critical infrastructure and moving it overseas to China. [3:21] Dan Dreyfus: anytime it gets a little bit cold in Texas [3:21] Dan Dreyfus: freezing in the dark. [3:21] Dan Dreyfus: none of them will work without critical minerals. None of it. None of this can happen. [5:40] Dan Dreyfus: within days, literally days of their entire production line shutting down [5:40] Dan Dreyfus: we're going to cut off your exports of critical minerals and you guys are going to freeze in the dark. [5:40] Dan Dreyfus: vuja de moment [5:40] Dan Dreyfus: the overwhelming feeling that none of this has ever happened before. [8:17] Dan Dreyfus: be doing this conference in a tent. [8:17] Dan Dreyfus: Over the next 18 years, we're going to need as much copper as we mined in the last 10,000 years. [8:17] Dan Dreyfus: on one hand and have some fingers left over. [17:33] Dan Dreyfus: the Chinese have all the technological knowhow [19:10] Dan Dreyfus: 150 grand right out of high school. [23:19] Dan Dreyfus: a ham sandwich comes from the refrigerator

Original transcript

[0:00] We've got Dan Drifus on the show. He's [0:02] with Fortnite Capital. [0:03] >> We're going to be measuring human [0:05] progress by how much electricity we [0:07] consume. The semiconductor industry, I [0:10] view that as an industrial or [0:12] infrastructure company. I mean, it's [0:13] effectively a factory. We try to figure [0:16] out where the world is going and then we [0:19] try to figure out what we're going to [0:21] need to get there. [0:23] In the next 10 minutes, I am going to [0:26] try to teach you about critical [0:28] minerals, commodities, our incredibly [0:33] fragile infrastructure here in the US [0:35] that is going to require trillions and [0:38] trillions of dollars of investment if we [0:41] want to achieve our technological [0:44] objectives, our reshoring, [0:47] re-industrialization objectives, and our [0:49] national security and military [0:52] objectives. news. But first, a little [0:53] bit of history. [0:55] We are at a very significant inflection [0:59] point right now in US economic growth [1:03] and what it's going to look like. really [1:06] from the early 2000s until just a few [1:10] years ago, the US went through [1:12] effectively what I think was an economic [1:14] miracle where we created so much growth, [1:17] so much market cap, so much value [1:22] without really having to invest any [1:24] capital at all. I mean, think of all the [1:26] companies that were created with no [1:27] capital. You had Google with the search [1:30] engine. You had Meta with social media. [1:32] They bought WhatsApp for $30 billion [1:34] with 12 employees, you know, no capital [1:37] whatsoever. You had the streaming [1:38] platforms. You had the food delivery [1:40] platforms. You had Apple computer which [1:43] was Capital Light created trillions of [1:44] market cap. You had software as a [1:46] service. Absolutely no capital required [1:49] to create all that value. And at the [1:52] same time we were creating these [1:54] companies, at the same time we were [1:57] doing that, we were literally tearing [2:00] down all of our critical infrastructure [2:04] and moving it overseas to China. So we [2:08] were really doubling down on that [2:10] capital light mentality. But then it [2:12] sort of started to come back to bite us, [2:14] right? We had COVID, we had the Russia [2:16] Ukraine conflict, we had the tariffs, [2:18] now we have the Iranian conflict. And [2:21] every time we had one of these [2:22] geopolitical flare-ups, [2:25] inflation spiked like a rocket. You need [2:28] a telescope to see how high inflation [2:30] went. And it never came down. And the [2:32] reason for that is we let our supply [2:35] chains get way too fragile and way too [2:39] weak. And there's no resiliency in the [2:42] supply chains. And now we're at this [2:44] inflection point where we want to [2:48] reshore everything that we tore down and [2:50] moved to China. We want to [2:51] re-industrialize. We have this [2:53] technological compute revolution that is [2:57] infinitely more infrastructure intensive [3:00] than compute was in the last [3:02] generations. And this is creating this [3:06] really wild demand shock for [3:08] infrastructural critical minerals [3:10] commodities at the same time where [3:13] there's a supply shock because we just [3:14] haven't invested in this stuff for so [3:16] long [3:18] now. [3:21] There are so many capital cycles going [3:23] on at the same time. I've never seen [3:25] this many going on at the same time in [3:27] my career. We have the aerospace cycle. [3:30] Boing and Airbus have a trillion dollars [3:32] of backlog over the next 10 years. Now [3:34] throw in the space economy which is [3:36] going to compete for the exact same [3:38] materials and backlog that Boeing and [3:41] Airbus are trying to source. We have the [3:44] grid right anytime it gets a little bit [3:47] cold in Texas. The Eurot the Texas [3:49] grid's not connected not connected to [3:51] the rest of the US grid. Every time it [3:53] gets a little bit cold that grid shuts [3:54] down and they're freezing in the dark. [3:56] Then we've got, you know, here in [3:59] California, [4:01] Paradise, California, that power line [4:03] that caught on fire and killed 300 [4:06] people. Did you know that that power [4:09] line was over 106 years old? There's [4:11] parts of the grid in this country that [4:13] are over 106 years old. And here in [4:16] California, if half the people buy [4:17] electric cars or there's robo taxis and [4:19] we all go and plug them in at 6:00 p.m. [4:21] after work and turn up the air [4:23] conditioning, we're just going to kill [4:24] the grid. Boom. We're going to kill it. [4:26] We're all going to be sitting in the [4:27] dark. So, the grid barely works for what [4:30] we need it for right now. And we haven't [4:32] even started talking about the tsunami [4:34] of demand, electricity demand that AI is [4:37] going to bring. And there's power [4:38] generation. You know, we've let China go [4:41] and build multiples more power [4:43] generation than what we have here. And [4:46] this is a trillion dollar plus capital [4:48] cycle. That's probably going to be a [4:50] trillion dollars every 10 years for the [4:52] next 30 years. data centers. This is now [4:54] a trillion dollars per year. Per year, [4:57] all infrastructure, all all commodities. [5:00] Then there's semifabs. Um the CPU is [5:04] making a huge resurgence. CPU intensity [5:06] is is going up like a rocket. And and I [5:09] I bet you this number is way too low. [5:11] $750 billion. I bet you that's going to [5:13] be measured in the trillions. And then [5:15] there's defense, right? Everybody, you [5:18] know, Taiwan's turned into a porcupine. [5:20] Japan's raising their defense budgets. [5:21] Europe's raising their defense budgets, [5:23] the US raising their defense budgets. [5:26] What the similarity is amongst all of [5:30] these end markets is none of them will [5:33] work without critical minerals. None of [5:38] it. None of this can happen. And so [5:40] here's the problem. [5:43] Last April, [5:45] China announced that they were going to [5:49] cut off exports of some critical [5:52] materials to the US. Samarium, [5:54] Gandelinium, Turbium, Dprosium, Lutium, [5:56] Scandium, Yitriium, herbium, silver, [5:58] just cut it off. [6:00] And we're close to a lot of big [6:03] industrial supply chains. [6:05] and the cut off of Samrium cobalt [6:08] magnets, we learned that the Ford Motor [6:10] Company was within days, literally days [6:13] of their entire production line shutting [6:15] down, the whole Ford Motor Company. And [6:18] same with McDonald Douglas, too, by the [6:20] way. And this put people in the [6:22] Department of War, Department of Energy [6:24] into a panic. [6:27] And to their credit, [6:30] they're doing something really [6:32] aggressive and really important. They [6:34] are now going around to small resource [6:37] owners across the US and into Canada and [6:42] they're knocking on the doors of these [6:43] companies that were left for dead in the [6:45] last 20 years and they're saying here is [6:48] three pieces of paper. The first piece [6:50] of paper is an equity check that we're [6:52] investing into your company so that you [6:54] can go and start converting your [6:55] resource into a mine. [6:58] And then the company says, "Oh, that's [7:00] great. Wow, that's that's that's a [7:02] shock. But you know, the problem is I've [7:03] been waiting on my permit for the last [7:04] 20 years. Nobody wants to give me a [7:06] permit. They say, "Oh, look at the [7:07] second piece of paper. There's your [7:08] permit. Go and start building right [7:10] now." And then they show them a third [7:12] piece of paper and then the company [7:14] says, "What's this?" And they say, "This [7:17] is an offtake agreement. Take or pay [7:20] with a minimum floor price that's going [7:21] to guarantee you a very high internal [7:24] rate of return on your project where you [7:26] can keep all the upside above the [7:28] minimum price. But here's a minimum [7:30] price that you can go out and raise a [7:31] bunch of capital to get this thing [7:33] fasttracked and up and running. Now, [7:35] China has an absolute grip. It's [7:38] absolute on all of these critical [7:40] minerals. [7:42] And it's going to take at least 10 [7:44] years, probably 20 to catch up. But we [7:46] got to start somewhere because we just [7:48] can't have China leading over us and [7:51] squeezing our testicles every time that [7:53] we don't do something that they don't [7:54] like and say, "We're going to cut off [7:56] your exports. So, we're going to cough [7:57] our exports of critical minerals and you [7:58] guys are going to freeze in the dark. [8:00] So, I give a lot of credit to the [8:02] administration for doing this. And [8:03] really, you know, I've done commodities [8:04] now for 25 years and I've never seen [8:07] something like this happen before. It's [8:09] truly what I call a vuja day moment, [8:11] which is the overwhelming feeling that [8:13] none of this has ever happened before. [8:17] So, here's copper. This is the king of [8:19] metals. This is just one example. We [8:20] need copper for everything. You know, if [8:22] we want clean energy, you know, solar [8:24] power per megawatt takes five amounts [8:26] five times the amount of copper than a [8:28] typical base load CCGT gas fired [8:31] turbine. Same with wind, seven times the [8:33] copper uh data centers for a 1 gawatt AI [8:37] factory. Now, you need 50,000 tons of [8:40] copper per gawatt. And we're going to [8:42] start building 15 gawatts of these [8:44] things per year. Per year. So 50,000 [8:47] tons per gigawatt and 15 gawatt is [8:49] 750,000 tons of copper that we're going [8:51] to need for these things. Do you know [8:52] what the copper supply was last year? It [8:55] grew only 500,000 tons. And this is just [8:57] the data centers. Then electric cars, [8:59] you know, if we're going to have robo [9:00] taxis everywhere, an electric car [9:02] consumes five or six times the copper [9:03] than a traditional internal combustion [9:05] engine. And then there's the military. [9:08] In the Ukraine Russia conflict, did you [9:11] know that we used more explosives than [9:14] in all of World War II? Did you know [9:17] that? And the artillery shells of these [9:20] explosives, guess what they're made of? [9:22] One of them's called the copper head. [9:24] Very cleverly named after a poisonous [9:26] snake. They're all made of copper. Do [9:27] you think we go into the battlefield and [9:29] recycle that copper? No. That copper's [9:31] gone. So, we need this these metals for [9:34] everything that we do. Now, where are we [9:37] going to get it? Going back in human [9:39] history to Mohenjo Daro, [9:43] we have mined 700 million tons of [9:47] copper. 700 million tons of copper over [9:50] the past 10,000 years. Now, 80% of that [9:53] copper, we could probably get it all [9:55] back if we wanted, but what we'd have to [9:58] do is we'd have to tear down this [9:59] building. We'd have to rip up the grid. [10:01] We'd have to tear down the buildings in [10:03] Europe, in Japan, in China. And we could [10:05] get all that copper back. Sure. Then [10:08] we'd be doing this conference in a tent. [10:10] So how are we going to get it? Well, [10:17] right now copper demand is 30 million [10:19] tons per year. About 4 million of that [10:22] supply comes from recycled copper. [10:24] Copper the rest of it is 26 million tons [10:26] is mined. And if we just grow in line [10:30] with GDP, so forgetting about data [10:32] center upside, forgetting about green [10:34] energy, solar upside, just growing at [10:37] GDP like we used to. Now listen [10:39] carefully. That means over the next 18 [10:43] years, [10:44] we're going to need 700 million tons of [10:46] copper. Over the next 18 years, we're [10:49] going to need as much copper as we mined [10:51] in the last 10,000 years. That means [10:55] we're going to need five worldclass mega [10:57] tier one mines coming online every [10:59] single year. And you can go and gro this [11:02] or chat GPT this. You can count on one [11:05] hand and have some fingers left over [11:09] uh the number of tier one mines that are [11:10] coming on between now and the end of the [11:12] decade. So I don't know what they're [11:14] going to do because it takes 7 to 12 [11:16] years to build a copper mine. The [11:18] existing copper mines are dying. You [11:20] know, the big mines in Chile over a [11:21] hundred years old. The grades are [11:23] depleting. [11:24] And um this is going to be a major major [11:28] challenge and an upcoming bottleneck [11:30] right today. All the rage is in memory [11:33] and HBM and NAND prices are going [11:35] vertical because that's the bottleneck. [11:37] Now if you want to look around the [11:38] corner and see the next bottleneck [11:40] coming, I strongly urge you to look at [11:43] copper. [11:45] And so um here we are. A supply shock [11:49] meets a demand shock. Commodity cycles [11:52] typically last 15 years. and have [11:54] multiple hundreds% of upside. We're only [11:56] a few years into this. This is just [11:58] really getting started. And I want to [12:00] say one more thing, right? We spoke [12:03] about demand. [12:04] We're having this demand shock. We spoke [12:06] about supply. But what we haven't spoken [12:09] about is how we're destroying the value [12:12] of the US dollar. Since co we have [12:15] absolutely destroyed the value of our [12:17] fiat currencies. Today we have $40 [12:20] trillion of government debt that's [12:21] growing at $2 and a half trillion [12:23] dollars every year. On top of that we [12:25] have a hundred trillion dollars of [12:27] discounted present value of the future [12:30] social liabilities. So Medicare, [12:32] Medicaid, Social Security, pensions [12:34] that's also growing by $2.5 trillion a [12:37] year. So you have two half trillion of [12:38] growth on the federal debt, $2.5 [12:40] trillion of growth on the social [12:41] liabilities. The US government only has [12:44] $5.5 trillion of tax receipts every [12:46] year. And so what's going to happen the [12:48] next time we have a recession where tax [12:49] receipts go down and spending has to go [12:51] up, we're going to print giga dollars. [12:54] And in the 1970s, we had this problem as [12:57] well. And the way we did it is we just [12:58] debased the currency through some [13:00] inflation, through some growth. And the [13:02] currency lost 70% of its purchasing [13:04] power. And commodities and hard assets [13:07] and infrastructure will protect your [13:10] purchasing power in that kind of [13:11] environment. Go and look it up in the [13:13] 1970s. What was the best performing [13:15] asset class by a mile? [13:19] That's your homework. So with that, uh, [13:22] thank you and, uh, look forward to [13:24] chatting with you guys. [13:25] >> Shabbat, I think on the prediction show [13:29] you, um, did was your call I forget [13:32] which category it was, but you [13:33] definitely had [13:34] >> I thought the best performing asset was [13:35] going to be copper. Yeah. [13:36] >> Yeah. Pretty [13:38] >> And that's before I talked to Dan. [13:39] >> That's right. [13:40] >> Which is saying something. Well, you [13:41] know, I I think the copper price is [13:42] easily going to double from here. I [13:44] mean, I've seen I've seen malibdinum go [13:46] from a dollar a pound to $33 a pound. [13:48] So, a double is no big deal. [13:50] >> Yeah. [13:50] >> And so, [13:52] >> take a take a step back. You said [13:53] something really interesting backstage, [13:55] which is if you look at everything that [13:57] we're doing right now, we're barely [14:00] going to keep up with just the natural [14:04] energy demands of of humanity, right? [14:07] just explain that thesis the way that [14:09] you framed it in the back. [14:10] >> So, here's the issue. We have not [14:13] invested [14:14] in upgrading and modernizing and [14:16] hardening the electric grid since post [14:18] World War II. We just let it go. You [14:21] know, the last two, three, four [14:23] administrations were sleepwalking and [14:26] haven't done anything to harden this [14:28] infrastructure. Now, if we simply just [14:32] want to achieve our objectives to [14:34] re-industrialize, [14:35] reshore, electrify, when I say [14:38] electrify, that just means replacing [14:40] your old gas boilers in these buildings [14:42] with heat pumps, which every commercial [14:43] building is doing. It means, you know, [14:46] electric car penetration going up. It [14:48] means using your your your electronic [14:51] devices more. Not even talking about AI. [14:54] Not even talking about AI. We're going [14:57] to have shortfalls. just from that. [14:59] >> Just from living our life. [15:00] >> Just from living our lives. [15:01] >> So, what happens? Blackouts, brownouts, [15:04] >> blackouts, brownouts, and we're going to [15:07] have to [15:07] >> rising electricity prices. [15:09] >> Rising electricity prices. But, you [15:11] know, you brought up a really great [15:12] point I thought on one of your shows [15:15] where you were talking about how the [15:18] utilities are just really gooseing up [15:21] the cost to do everything so that they [15:23] can report to their regulator and earn [15:24] that ROE on the higher capital base. [15:27] What's really interesting I think is [15:28] really underappreciated [15:30] is that's where all the inflation is [15:32] coming from. It's from the transmission [15:33] and distribution from the utility [15:35] because power prices over the last 20 [15:37] years, even after the rise we've just [15:39] had, power prices are still down. [15:41] They're definitely down in real terms, [15:43] >> but they haven't really gone up much in [15:44] absolute terms. And so when you're [15:47] talking about going up, [15:49] >> making it is still cheap. It's getting [15:51] expensive. [15:53] You're getting it to people because you [15:55] know the labor the labor by far in a way [15:57] is the biggest bottleneck. Craft labor, [15:59] right? What do we tell all our kids to [16:00] do [16:01] >> you know in in the last 10 or 15 years [16:04] they liber [16:05] the northeast? Yeah. Big mistake. And so [16:09] I'm curious um from the audience in your [16:12] homes how many people have put up solar [16:16] andor power walls? How many people have [16:18] actually done that? So that's about half [16:21] the crowd. How many people, second [16:23] question, are planning to do that in the [16:25] next year or two. Okay. So that's [16:27] another 20%. So it's pretty obvious this [16:30] is obviously a fluent crowd. They are [16:33] routing around the grid. Is the solution [16:36] to this energy independence in the [16:40] >> great you know the home in the business? [16:43] Businesses are not waiting for the [16:44] government. So maybe the grid is going [16:46] to be like this weird archaic [16:49] infrastructure and it's just going to be [16:51] a groundup solution. [16:52] >> Well, you're going to need the grid no [16:54] matter what for industrial use. I mean, [16:55] that's that that's the foundation of [16:57] industrial use. I mean, the scale of [16:59] what we have to do just for industrial [17:01] use. Here's a good stat for you. So, a 1 [17:03] gawatt AI factory if you wanted to do [17:07] all solar, right? And I'm a big solar [17:08] bull, okay? If you want to do all solar, [17:10] because solar's capacity factor is 20% [17:13] because the sun doesn't shine all the [17:14] time. With a capacity factor at 20%, a 1 [17:16] gawatt data center needs 5 gawatts of [17:19] solar. Each gawatt of solar takes up [17:22] 7,000 acres. So at 5 gawatt, that's [17:25] 35,000 acres. That's bigger than San [17:27] Francisco. So where are you going to [17:28] find the people? You know, where you [17:30] going to find that's that's the biggest [17:31] bottleneck we have, by the way, is craft [17:32] labor. [17:33] >> Yeah. What about generally scarcity [17:35] breeds innovation? there's been a [17:37] conversation or I've seen some startups [17:39] that are talking about new technology [17:41] and mining to access I think [17:44] traditionally rare earth uh is kind of [17:46] the pitch but everything we need is in [17:49] the earth below us it's just that we [17:50] only mine the stuff that's on the [17:52] surface is the the general thesis is [17:55] there a set of innovations that you [17:56] think are coming to market that are [17:58] going to ultimately unleash more [18:01] productivity than we see because we're [18:03] still using the same technology we did [18:04] 100 years ago to get this stuff out of [18:07] the ground [18:07] >> for for some commodities. Yes. You you [18:09] brought up rare earths. So So coming out [18:11] of the 14th century, there were these [18:13] guys called alchemists. Remember then [18:14] they said they could turn lead into [18:16] gold. And back then the periodic table [18:18] was just four elements. There was water, [18:21] there was fire, there was air, and there [18:24] was earth. Now fire, you could figure [18:27] out what it was. The air was pretty [18:28] pure. The water was pure. But every time [18:30] they saw something in the earth, they [18:32] didn't know what it was. They called it [18:34] a rare earth. And so rare earths are [18:38] everywhere and the technology to extract [18:40] rare earths is going to allow us to have [18:43] a huge abundance of them. But the [18:44] problem is processing them. That's the [18:47] problem. The Chinese have all the [18:49] technological knowhow to convert what [18:52] you take out of the ground and convert [18:54] it into something that we can use. And [18:57] so there's always going to be, you know, [19:00] some element of conversion that you're [19:02] going to need with something like [19:04] copper. the market is so big that it's [19:06] really difficult to find a technology [19:08] that could solve that problem overnight. [19:10] >> And if we are having just to thread a [19:12] couple of topics we've been talking [19:13] about on the pod incessantly about if we [19:16] do have uh this rivalry with China and [19:20] they are the provider and that's the [19:22] brittle part of the supply chain we can [19:25] solve the problem of job displacement [19:28] not apocalypse displacement. [19:31] people in America who want jobs. These [19:33] are going to be incredibly high-paying [19:34] jobs. And we can start bringing the fabs [19:38] from Taiwan here, which we're doing. And [19:40] we're going to bring both to North [19:41] America and I understand South America [19:43] from a friend of mine who's got an [19:45] automated um mining um system. Uh Adams [19:51] Travis, we're going to be able to just [19:53] create a large number of jobs here. So [19:56] maybe you could talk a little bit about [19:58] what impact we keep talking about how [20:02] behind America is, but what happens to [20:05] China if we stop buying [20:08] >> here and we start [20:10] >> building what you said is is is very [20:13] important for this whole jobs debate. [20:16] The craft labor that we're going to need [20:18] is going to be [20:20] almost limitless for what we have to [20:23] build. And there's really no other way [20:27] around it, right? The the you know, in [20:30] many ways, like look what happened in [20:32] the 2000s, right? We tore down all our [20:36] factories and moved them to China. And [20:38] who got killed by that? It was the blue [20:41] collar craft labor. It created all kinds [20:43] of unintended consequences. Fentanel, [20:45] uh, you know, wealth gaps. [20:47] >> Pennsylvania. [20:49] You know, the coasts were making all the [20:50] money in the heart of the country. the [20:51] salt of the earth was was getting [20:53] killed. What's ironic today is that same [20:57] part of the middle country, those people [20:58] that got displaced are now getting entry [21:01] level salaries. You know, if you go to [21:03] Quana University and you're top of your [21:05] class, you're starting out at 150 grand [21:07] right out of high school. And the jobs [21:09] that they're doing, ironically, are the [21:12] jobs that may or may not be displacing [21:15] some of the early, you know, lower level [21:17] white collar labor. And so, so the [21:19] tables the tables have totally turned. [21:20] And so look, it's it's an it's an [21:23] efficient market. The jobs are going to [21:24] flow where the money is and the money [21:26] right now is is really coming into this [21:28] area. [21:28] >> Can we talk about a couple of other [21:30] areas? What's your take on [21:32] uh other forms of energy? Not gas, coal, [21:35] nuclear, hydrocarbons. [21:38] I mean the demand pool seem like if just [21:40] based on this maybe the most reductive [21:43] takeaway is everything. [21:46] But then how do you Dan differentiate [21:49] like why were you why did you say for [21:51] example you're super bullish solar? What [21:53] are your thoughts on nuclear? How do you [21:54] trade all these off these different [21:56] sources of energy? [21:57] >> So we're we're swimming in natural gas [21:59] in this country. We can build solar uh [22:03] you know that's that's not the [22:05] bottleneck and nuclear you know we we [22:08] can't really build it. We can't even [22:10] build the containment vessels in this [22:11] country. The Koreans can do it but we [22:12] can't do that here. So there's always [22:15] going to be these big bottlenecks in the [22:17] system. And whether you're talking about [22:18] solar, whether you're talking about NAT [22:20] gas, whether you're talking about [22:21] uranium, we're going to have the raw [22:24] inputs like the natural gas that we [22:25] drill from the ground. But what we're [22:27] going to be short of is the critical [22:29] minerals to build the nuclear power [22:31] plants. We're going to be short the [22:33] silver, for example, to build these [22:36] solar panels, especially if we start [22:37] launching data centers in space, right? [22:40] These are going to consume incredible [22:42] amounts of silver. But right now the [22:43] silver supply demand dynamic is we [22:45] consume a billion2 ounces a year. We [22:46] supply a billion ounces a year. So [22:48] there's a 200 million ton deficit per [22:50] year and we only have 600 million of [22:52] above ground inventory left. So the [22:53] clock's ticking. We got three years left [22:55] guys before we just stock out. And then [22:57] the solar story is where do you get the [22:59] silver for the photovoltaic cells? So [23:02] for our kids and for the country [23:05] generation tool belt for us allocating [23:08] get some exposure to copper silver [23:10] minerals and then there's a bunch of [23:11] service providers in and around that [23:14] area that we should be investigating [23:15] over the next year. [23:16] >> Don't forget the labor the service [23:18] providers that's a big one. [23:19] >> Okay. How do you allocate capital? [23:21] You're at the front end of owning what [23:23] mines and production but then also the [23:25] end use cases. Like how do you decide [23:27] where to not play? Because a lot of [23:29] these things, it looks like these are [23:31] incredible end markets, but you can get [23:32] run over. Like if you're in the wrong [23:34] part of the market, [23:36] there's supply shocks, there's supply [23:38] shaping by China, there's price dumping. [23:40] It can be all obvious and you could make [23:42] you could lose a lot of money, too. [23:44] >> Yeah. Look, you really have to [23:45] understand supply chains. And I think I [23:47] think to a lot of people out there, the [23:49] supply chains are this sort of weird [23:51] mystical concept. And I still think a [23:53] lot of urban Americans still think a ham [23:55] sandwich comes from the refrigerator. [23:57] and they don't think about the 30 [23:58] million pigs every month that are [23:59] getting slaughtered outside of Chicago. [24:01] >> Don't get free started. [24:03] >> But, you know, you got to understand [24:05] where the pinch points are in the supply [24:07] chain, number one. And number two, I [24:09] think you have to really make sure that [24:10] you're not going to get technologically [24:12] disrupted where you can find, you know, [24:14] I think this was to Freeberg's point [24:15] where you can find something that's [24:16] going to replace that tightness in the [24:18] supply chain. [24:19] >> Give it up for Dan. [24:20] >> Well done. Very, very informative. [24:25] Thanks, bro.