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Mining will create more millionaires than AI over the next decade. Yet everyone is chasing chips and software. Here's why the real money is in what powers all of it: The world is obsessed with AI. Every portfolio, every headline, every allocation decision points in the same direction. But...

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Terry Lynch

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35,775 Aufrufe • vor 3 Monaten •via X (Twitter)

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More millionaires will be made in mining and commodities over the next 5 years than in AI. I know that sounds wild. Hear me out. AI runs on copper, nickel, lithium, uranium. Every datacenter, every robot, every EV. The catch: we haven't sanctioned a major copper mine in over a decade. Discovery curves are flat. Discovery to production takes 15+ years. Exploding demand meeting structurally constrained supply. Textbook setup for a generational commodities bull run. AI gets the headlines. The shovels get the returns. Full conversation:

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Robert Friedland on the masive copper shortage to meet future grid, clean energy and AI demand: “We’re consuming 30m tonnes of copper a year. Only 4m tonnes of which is recycled. That means to maintain 3% GDP growth — with no [further] electrification — we have to mine the same amount of copper in the next 18 years as we mined in the last 10,000 years, combined. In the next 18 years, I’ve got to mine the same amount of copper as we mined the last 10,000 years. [This is without any new] electrification, without data centers, without solar and wind and the greening of the world economy. You people have no idea whatsoever what we’re facing.”
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Robert Friedland on the masive copper shortage to meet future grid, clean energy and AI demand: “We’re consuming 30m tonnes of copper a year. Only 4m tonnes of which is recycled. That means to maintain 3% GDP growth — with no [further] electrification — we have to mine the same amount of copper in the next 18 years as we mined in the last 10,000 years, combined. In the next 18 years, I’ve got to mine the same amount of copper as we mined the last 10,000 years. [This is without any new] electrification, without data centers, without solar and wind and the greening of the world economy. You people have no idea whatsoever what we’re facing.”

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Greg Brockman, President of OpenAI, said there is not enough compute in the world to satisfy AI demand, and OpenAI itself cannot launch products it has already built because it cannot find the infrastructure to run them (Save this). OpenAI is spending $50 billion on compute in 2026 alone and it still is not enough. That is the setup but here is the trade. Nebius is one of the most asymmetric infrastructure plays in public markets right now, and most people have never heard of it. Q1 2026 revenue came in at $399 million, up 684% year over year, with AI cloud revenue specifically growing 841% in a single quarter. The company entered 2026 with an exit ARR of $1.25 billion and is targeting $7 to $9 billion by year end, a number that would make it one of the fastest revenue ramps in the history of public infrastructure companies. The contracted backlog sits at $50 billion anchored by a $17.4 billion agreement with Microsoft through 2031 and a $27 billion five-year deal with Meta. They are decade-scale infrastructure commitments from the two largest enterprise AI spenders on earth, signed before the demand curve has even reached its steepest point. Nvidia took a direct equity stake in Nebius, one of only two neoclouds it has invested in alongside CoreWeave. That relationship is not just financial but rather means Nebius gets preferential access to GPU allocation at a moment when every lab and every hyperscaler is competing for the same constrained supply. Contracted power capacity now exceeds 3.5 gigawatts, with expansion plans targeting 5 to 6 GW by mid-2029. And power is the other binding constraint in AI infrastructure, you cannot build a data center without it and Nebius has already secured the capacity that competitors are still fighting to acquire. At full ramp, analysts project revenue in the $15 to $25 billion range by 2029, against a current market cap the contracted backlog alone already dwarfs. Come join Milk Road Pro and get our full Nebius deep-dive, the exact price levels we are watching, how we are sizing the position against the backlog and power capacity timeline, and our full AI thesis. link below!
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Greg Brockman, President of OpenAI, said there is not enough compute in the world to satisfy AI demand, and OpenAI itself cannot launch products it has already built because it cannot find the infrastructure to run them (Save this). OpenAI is spending $50 billion on compute in 2026 alone and it still is not enough. That is the setup but here is the trade. Nebius is one of the most asymmetric infrastructure plays in public markets right now, and most people have never heard of it. Q1 2026 revenue came in at $399 million, up 684% year over year, with AI cloud revenue specifically growing 841% in a single quarter. The company entered 2026 with an exit ARR of $1.25 billion and is targeting $7 to $9 billion by year end, a number that would make it one of the fastest revenue ramps in the history of public infrastructure companies. The contracted backlog sits at $50 billion anchored by a $17.4 billion agreement with Microsoft through 2031 and a $27 billion five-year deal with Meta. They are decade-scale infrastructure commitments from the two largest enterprise AI spenders on earth, signed before the demand curve has even reached its steepest point. Nvidia took a direct equity stake in Nebius, one of only two neoclouds it has invested in alongside CoreWeave. That relationship is not just financial but rather means Nebius gets preferential access to GPU allocation at a moment when every lab and every hyperscaler is competing for the same constrained supply. Contracted power capacity now exceeds 3.5 gigawatts, with expansion plans targeting 5 to 6 GW by mid-2029. And power is the other binding constraint in AI infrastructure, you cannot build a data center without it and Nebius has already secured the capacity that competitors are still fighting to acquire. At full ramp, analysts project revenue in the $15 to $25 billion range by 2029, against a current market cap the contracted backlog alone already dwarfs. Come join Milk Road Pro and get our full Nebius deep-dive, the exact price levels we are watching, how we are sizing the position against the backlog and power capacity timeline, and our full AI thesis. link below!

Milk Road AI

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🚨THIS IS EXACTLY WHAT I'M TRYING TO TELL Y'ALL 99% of retail doesn't understand the technology bottleneck the whole market is about to hit. Everyone thinks AI runs on compute. More GPUs, more power. wrong. The real wall is memory AND bandwidth... And this is EXACTLY where SpaceX stepped in... The entire backbone to the basically internet 2.0 is being built as you read this with the new Starlink V3 AI agents have to remember everything. every task, every step, every piece of context. That memory has to be stored AND moved. instantly. at a scale the world has never handled. Where does it all live? and how do you move it fast enough? The answer is a massive new layer of data infrastructure That's what the 100k V3 Starlinks are for. That's the backbone of internet 2.0 The nervous system linking AI memory across the planet and into orbit. Elon's building the physical layer of the entire AI age. You should thank God you're living in the same era with people like Musk. Follow me so you won't skip that generational opportunity.
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🚨THIS IS EXACTLY WHAT I'M TRYING TO TELL Y'ALL 99% of retail doesn't understand the technology bottleneck the whole market is about to hit. Everyone thinks AI runs on compute. More GPUs, more power. wrong. The real wall is memory AND bandwidth... And this is EXACTLY where SpaceX stepped in... The entire backbone to the basically internet 2.0 is being built as you read this with the new Starlink V3 AI agents have to remember everything. every task, every step, every piece of context. That memory has to be stored AND moved. instantly. at a scale the world has never handled. Where does it all live? and how do you move it fast enough? The answer is a massive new layer of data infrastructure That's what the 100k V3 Starlinks are for. That's the backbone of internet 2.0 The nervous system linking AI memory across the planet and into orbit. Elon's building the physical layer of the entire AI age. You should thank God you're living in the same era with people like Musk. Follow me so you won't skip that generational opportunity.

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🚨 WARNING: SOMETHING VERY WIERD IS HAPPENING. The S&P 500 keeps printing new highs. Everyone is celebrating. Nobody is looking at what's actually holding it up. Semiconductor stocks are now worth $13.4 trillion. 19.7% of the entire index. Five years ago that number was closer to 5%. It quadrupled in a single cycle on a single bet. AI. And here's the number that should concern everyone. AI chips generate 50% of all semiconductor revenue. They represent less than 0.2% of total chip shipments. Half the revenue, a fraction of the volume, trillions in market cap sitting on top of a sliver of actual production. Three companies are carrying all of it. Nvidia. Broadcom. TSMC. The same names in every major institutional portfolio simultaneously. Everyone owns them, nobody can afford to be the first one out. And the way the money moves inside this system should sound familiar. Big players fund AI startups. AI startups spend that money on Big Tech infrastructure. Big Tech reports record AI revenue. Valuations justify the next round, the same dollar completes the loop and gets counted as growth every time. We watched this exact dynamic play out once before. 2000. A handful of tech companies carried the entire market. Valuations made no sense, narratives did the work that fundamentals couldn't. Then one company missed earnings, then another, then the S&P lost 50% and the Nasdaq lost 78%. The current setup is more concentrated, the valuations are more extreme. And one cut in AI spending is all it takes to start the unwind. I called the $16K Bitcoin bottom. I called the $126K top. Every major turn for 15 years public, before the move. The next call is already forming. Follow now and turn on notifications, you'll understand why that matters sooner than you think.

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Nvidia $NVDA CEO, Jensen Huang, on the AI bubble danger: "The bubble will come someday, just not today. This is in the very beginning of the buildout. It is very unlikely in the next 5 years, and we will see with the 5-10 years. It depends on how fast we can build. The rate at which we can build the infrastructure is limited by physical things. Today, the industry could build faster and run faster but we don't have enough chips, memory, land, power, construction workers to build data centers...we are constrained in every single way and direction. That constraint is what holds the system back so it gives us plenty of time to go build out these infrastructures." Via Axios

P Equity Research 📰

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NRED is not just a mining story. It is a power-demand and strategic-metals story. The U.S. is heading into record electricity demand as AI, data centers, electrification, and grid expansion accelerate. At the same time, copper supply is becoming more fragile. Reuters, citing S&P Global, has reported copper demand could rise from 28 million metric tons in 2025 to 42 million by 2040, with a potential 10 million metric ton annual supply gap if new supply does not come online. That is where NovaRed Mining ( $NRED ) enters the discussion. The company’s copper-gold exposure in British Columbia’s Quesnel Terrane becomes more relevant in a world where power infrastructure, defense resilience, and AI growth all need more copper. Not financial advice. Stocks can lose value.
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NRED is not just a mining story. It is a power-demand and strategic-metals story. The U.S. is heading into record electricity demand as AI, data centers, electrification, and grid expansion accelerate. At the same time, copper supply is becoming more fragile. Reuters, citing S&P Global, has reported copper demand could rise from 28 million metric tons in 2025 to 42 million by 2040, with a potential 10 million metric ton annual supply gap if new supply does not come online. That is where NovaRed Mining ( $NRED ) enters the discussion. The company’s copper-gold exposure in British Columbia’s Quesnel Terrane becomes more relevant in a world where power infrastructure, defense resilience, and AI growth all need more copper. Not financial advice. Stocks can lose value.

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Why wouldn’t China want more data centers built in the United States? Simple, the nation that leads in AI will lead the future, economically, technologically, and militarily. We’re already seeing it happen in real time as AI drives unprecedented productivity and margin expansion across every sector of the economy. While America debates permits, regulations, and protests over data centers, China is rapidly building power infrastructure and scaling compute capacity as fast as possible. This race is no longer theoretical. Whoever has the most compute, the best models, and the strongest infrastructure will shape the next era of global power.

Kevin O'Leary aka Mr. Wonderful

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On December 15, 2023, LME copper settled at $8,471 per tonne ($3.85 per pound). Today, May 25, 2026, the LME price is $13,660 per tonne, with U.S. copper trading (at a premium) at around $6.46 per pound. That’s a rise of over 60% in just two and a half years. The $15,000 per tonne threshold, needed to incentivise meaningful new supply, which I highlighted back in 2023, is now less than 10% away. Yet global copper supply is weaker today and costs are higher. Meanwhile, the demand for copper from the world’s two largest economies is unprecedented. In the US, potential Section 232 tariffs have put imported copper in the crosshairs, while in Asia we’re entering peak Chinese demand season. There are no semiconductors, no data centers, no electrification without copper… which is why the price of the world’s essential electrical conductor now trades in tandem with Nvidia and the AI boom. Add to the mix EVs, robotics, and defense demand, and copper’s future price direction is clear. In another two and a half years, $20,000 per tonne or $9+ per pound is realistic. Watch the LME warehouses closely and see where the metal actually moves… the world is finally waking up to the true value of copper.
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On December 15, 2023, LME copper settled at $8,471 per tonne ($3.85 per pound). Today, May 25, 2026, the LME price is $13,660 per tonne, with U.S. copper trading (at a premium) at around $6.46 per pound. That’s a rise of over 60% in just two and a half years. The $15,000 per tonne threshold, needed to incentivise meaningful new supply, which I highlighted back in 2023, is now less than 10% away. Yet global copper supply is weaker today and costs are higher. Meanwhile, the demand for copper from the world’s two largest economies is unprecedented. In the US, potential Section 232 tariffs have put imported copper in the crosshairs, while in Asia we’re entering peak Chinese demand season. There are no semiconductors, no data centers, no electrification without copper… which is why the price of the world’s essential electrical conductor now trades in tandem with Nvidia and the AI boom. Add to the mix EVs, robotics, and defense demand, and copper’s future price direction is clear. In another two and a half years, $20,000 per tonne or $9+ per pound is realistic. Watch the LME warehouses closely and see where the metal actually moves… the world is finally waking up to the true value of copper.

Robert Friedland

56,522 Aufrufe • vor 3 Monaten

Gavin Baker: "which AI company actually survives? Google - already multi-trillion Microsoft, OpenAI, Meta chose open source - the only ones left is xAI and Anthropic - xAI + X will be worth over a trillion" this is him explaining what he actually invests in - and why Taiwan sells sand to Nvidia for $700 that Nvidia sells for $50,000 His words: what to invest in: "we're investing in things that increase the GPU utilization rate - because if you take a GPU from 30% utilized to 60%, you've doubled the output of that AI factory" what not to Invest in: "the models will basically go to zero - the data center is a commodity - energy might be short for a while but is also a commodity - the only thing in the whole stack with real value is the data moat and reinforcement learning" "the GPU has gotten 50 times faster in the last four years - that's a big part of why we're living through this AI revolution" he doesn't rent intelligence - he owns the thing it runs on bookmark & watch - see how below with local agent ↓
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Gavin Baker: "which AI company actually survives? Google - already multi-trillion Microsoft, OpenAI, Meta chose open source - the only ones left is xAI and Anthropic - xAI + X will be worth over a trillion" this is him explaining what he actually invests in - and why Taiwan sells sand to Nvidia for $700 that Nvidia sells for $50,000 His words: what to invest in: "we're investing in things that increase the GPU utilization rate - because if you take a GPU from 30% utilized to 60%, you've doubled the output of that AI factory" what not to Invest in: "the models will basically go to zero - the data center is a commodity - energy might be short for a while but is also a commodity - the only thing in the whole stack with real value is the data moat and reinforcement learning" "the GPU has gotten 50 times faster in the last four years - that's a big part of why we're living through this AI revolution" he doesn't rent intelligence - he owns the thing it runs on bookmark & watch - see how below with local agent ↓

bodila

311,900 Aufrufe • vor 1 Monat

Nvidia just spent $4 billion on a technology 99% of people have never heard of. But in 3 years, every AI data center on Earth will need it. And Nvidia just LOCKED UP the supply. Here's what happened: Nvidia invested $2 billion in Coherent and $2 billion in Lumentum. You probably never heard of these companies. They make photonics technology. Systems that transmit data using LIGHT instead of electricity. Sounds like sci-fi. But this is the most important infrastructure bet in AI right now. Here's the problem Nvidia just solved for itself: AI data centers are hitting a wall that has nothing to do with chips, energy, or money... Copper wiring is dying. Every data center on Earth moves data between GPUs using copper cables. But at the speeds AI now demands, copper physically cannot keep up. Signal degrades. Heat explodes. Power consumption skyrockets. Right now, 30% of the electricity in an AI data center is wasted just MOVING data from point A to point B. An MIT researcher said: "Copper's not going to cut it. It gets too hot. Too much power consumption and loss." Jensen Huang admitted it himself too: "We use copper as far as we can, about a meter or two. But where data centers are the size of a stadium, we need something else." That something else is photonics. Replacing copper with laser-powered fiber optics built directly into the chip. The numbers are insane: - 3.5x more power efficient - 10x better network reliability - Data moving at 102 terabits per second Wells Fargo estimates the photonics market will hit $10-12 billion by 2030. And Nvidia just bought privileged access to the two companies that make the advanced lasers every single one of these systems will need. This is the Nvidia playbook on repeat. They did this with CoreWeave. Invested $2 billion, locked up GPU capacity, created a dependent customer. They did this with memory suppliers. Secured HBM allocations years in advance while competitors scrambled. Now they're doing it with photonics. Invest early. Lock up supply. Make the entire ecosystem dependent on companies that are dependent on Nvidia. By the time competitors realize photonics is the bottleneck, Nvidia already OWNS the supply chain. Every data center, AI factory, and GPU cluster will need this technology to function at scale. Nvidia will become even more important.
1:36

Nvidia just spent $4 billion on a technology 99% of people have never heard of. But in 3 years, every AI data center on Earth will need it. And Nvidia just LOCKED UP the supply. Here's what happened: Nvidia invested $2 billion in Coherent and $2 billion in Lumentum. You probably never heard of these companies. They make photonics technology. Systems that transmit data using LIGHT instead of electricity. Sounds like sci-fi. But this is the most important infrastructure bet in AI right now. Here's the problem Nvidia just solved for itself: AI data centers are hitting a wall that has nothing to do with chips, energy, or money... Copper wiring is dying. Every data center on Earth moves data between GPUs using copper cables. But at the speeds AI now demands, copper physically cannot keep up. Signal degrades. Heat explodes. Power consumption skyrockets. Right now, 30% of the electricity in an AI data center is wasted just MOVING data from point A to point B. An MIT researcher said: "Copper's not going to cut it. It gets too hot. Too much power consumption and loss." Jensen Huang admitted it himself too: "We use copper as far as we can, about a meter or two. But where data centers are the size of a stadium, we need something else." That something else is photonics. Replacing copper with laser-powered fiber optics built directly into the chip. The numbers are insane: - 3.5x more power efficient - 10x better network reliability - Data moving at 102 terabits per second Wells Fargo estimates the photonics market will hit $10-12 billion by 2030. And Nvidia just bought privileged access to the two companies that make the advanced lasers every single one of these systems will need. This is the Nvidia playbook on repeat. They did this with CoreWeave. Invested $2 billion, locked up GPU capacity, created a dependent customer. They did this with memory suppliers. Secured HBM allocations years in advance while competitors scrambled. Now they're doing it with photonics. Invest early. Lock up supply. Make the entire ecosystem dependent on companies that are dependent on Nvidia. By the time competitors realize photonics is the bottleneck, Nvidia already OWNS the supply chain. Every data center, AI factory, and GPU cluster will need this technology to function at scale. Nvidia will become even more important.

Ricardo

640,914 Aufrufe • vor 5 Monaten

The man who won the Nobel Prize just told the world that AI is not the energy crisis, it is the cure for it. Everyone has been screaming about how much electricity AI consumes, the data centers, the training runs, the billions of queries every single day. Hassabis just said AI will extract 30 to 40 percent more efficiency out of national power grids, grids that, right now, operate at only 30 percent of their total capacity according to Stanford researchers. That means the grids we already built are massively underused, and AI is the key to unlocking what is already there. But that is the smallest part of what he is saying. He is saying AI will crack nuclear fusion, the energy source that has been 30 years away for the last 60 years and DeepMind is already working with Commonwealth Fusion in the US to help AI contain plasma inside fusion reactors. His personal mission is to use AI to discover a room-temperature superconductor, a material that would allow electricity to travel with zero loss, something physics has never been able to deliver. The implications of that alone would reshape the entire global economy overnight. He is also saying AI will design next-generation batteries and build the best climate modeling systems humanity has ever had, using them to figure out exactly where the planet is breaking down. Think about what this means, the thing everyone is blaming for the energy crisis is the same thing being bet on to end it forever.
0:51

The man who won the Nobel Prize just told the world that AI is not the energy crisis, it is the cure for it. Everyone has been screaming about how much electricity AI consumes, the data centers, the training runs, the billions of queries every single day. Hassabis just said AI will extract 30 to 40 percent more efficiency out of national power grids, grids that, right now, operate at only 30 percent of their total capacity according to Stanford researchers. That means the grids we already built are massively underused, and AI is the key to unlocking what is already there. But that is the smallest part of what he is saying. He is saying AI will crack nuclear fusion, the energy source that has been 30 years away for the last 60 years and DeepMind is already working with Commonwealth Fusion in the US to help AI contain plasma inside fusion reactors. His personal mission is to use AI to discover a room-temperature superconductor, a material that would allow electricity to travel with zero loss, something physics has never been able to deliver. The implications of that alone would reshape the entire global economy overnight. He is also saying AI will design next-generation batteries and build the best climate modeling systems humanity has ever had, using them to figure out exactly where the planet is breaking down. Think about what this means, the thing everyone is blaming for the energy crisis is the same thing being bet on to end it forever.

Milk Road AI

41,417 Aufrufe • vor 4 Monaten

The CEO of the world's largest asset manager just said something that should reframe how every investor thinks about the AI trade. Larry Fink, managing $11.5 trillion at BlackRock, stood at the Milken Institute Global Conference and said four words that matter, "We just don't have enough compute." "The United States is short power. We're short compute. We're short chips. And there's going to be shortages in all three and memory, four things. I actually believe a new asset class will be buying futures of compute." Think about what that means. Fink is predicting that compute becomes a tradable commodity like oil, like grain, like natural gas where investors buy forward contracts on future capacity because the shortage is so structural and so predictable that a derivatives market will emerge to price it. That is not a minor observation from a finance executive but rather the chairman of the most powerful capital allocator on the planet telling you that compute scarcity is a multi-year, investable megatrend. The data backs him up completely. Data centers will consume 70% of all memory chips produced globally in 2026. Advanced HBM production from Samsung, SK Hynix, and Micron is sold out through 2026 and into 2027 and a single AI server consumes 10-20x more memory than a conventional workload server. DRAM supply growth is running at just 16% annually while AI infrastructure demand is growing at 80%+. The chip crunch, the power crunch, and the compute crunch are not temporary dislocations, they are structural, and they will get worse before they get better. Fink also said something the bears keep getting wrong: "There is not an AI bubble. There is the opposite. We have supply shortages. Demand is growing much faster than anyone has ever anticipated." This is why the Milk Road Pro portfolio is built the way it is, long the companies producing and supplying the constrained resources: chips, memory, compute infrastructure, and power. Check out Milk Road Pro, link below to access our full thesis and plays.
0:23

The CEO of the world's largest asset manager just said something that should reframe how every investor thinks about the AI trade. Larry Fink, managing $11.5 trillion at BlackRock, stood at the Milken Institute Global Conference and said four words that matter, "We just don't have enough compute." "The United States is short power. We're short compute. We're short chips. And there's going to be shortages in all three and memory, four things. I actually believe a new asset class will be buying futures of compute." Think about what that means. Fink is predicting that compute becomes a tradable commodity like oil, like grain, like natural gas where investors buy forward contracts on future capacity because the shortage is so structural and so predictable that a derivatives market will emerge to price it. That is not a minor observation from a finance executive but rather the chairman of the most powerful capital allocator on the planet telling you that compute scarcity is a multi-year, investable megatrend. The data backs him up completely. Data centers will consume 70% of all memory chips produced globally in 2026. Advanced HBM production from Samsung, SK Hynix, and Micron is sold out through 2026 and into 2027 and a single AI server consumes 10-20x more memory than a conventional workload server. DRAM supply growth is running at just 16% annually while AI infrastructure demand is growing at 80%+. The chip crunch, the power crunch, and the compute crunch are not temporary dislocations, they are structural, and they will get worse before they get better. Fink also said something the bears keep getting wrong: "There is not an AI bubble. There is the opposite. We have supply shortages. Demand is growing much faster than anyone has ever anticipated." This is why the Milk Road Pro portfolio is built the way it is, long the companies producing and supplying the constrained resources: chips, memory, compute infrastructure, and power. Check out Milk Road Pro, link below to access our full thesis and plays.

Milk Road AI

419,755 Aufrufe • vor 3 Monaten

AI isn’t a bubble — it’s a supercycle. Altimeter CEO Brad Gerstner joined Sara Eisen on CNBC’s Money Movers to unpack the OpenAI headlines, the AI infrastructure buildout, and what’s next for the market. Key takeaways from Brad: “We’re in a global AI race with China. This is like the Manhattan Project — a national and economic security imperative.” “We’ve lived through three supercycles — internet, social, mobile and cloud — and each ended up far bigger than we thought. AI will be no different.” “The market is on edge — it’s saying show us the money. But the trajectory is on pace for $100B+ in revenue by 2028.” AI is real. The opportunity is generational. We’re investing for the long term. 🎥 Watch the full Money Movers interview with Sara Eisen:
11:35

AI isn’t a bubble — it’s a supercycle. Altimeter CEO Brad Gerstner joined Sara Eisen on CNBC’s Money Movers to unpack the OpenAI headlines, the AI infrastructure buildout, and what’s next for the market. Key takeaways from Brad: “We’re in a global AI race with China. This is like the Manhattan Project — a national and economic security imperative.” “We’ve lived through three supercycles — internet, social, mobile and cloud — and each ended up far bigger than we thought. AI will be no different.” “The market is on edge — it’s saying show us the money. But the trajectory is on pace for $100B+ in revenue by 2028.” AI is real. The opportunity is generational. We’re investing for the long term. 🎥 Watch the full Money Movers interview with Sara Eisen:

Altimeter Capital

89,848 Aufrufe • vor 9 Monaten

Micron is going to be a $4,000 stock and the CEO just told you exactly why in one interview (Save this). Micron is no longer a chip company but rather a America's monopoly on the most strategically critical material in the AI buildout. It's the only western company manufacturing memory at advanced nodes, sitting on $200 billion in committed domestic capex, with every unit of its highest value product already sold. let's start with the supply reality, Mehrotra said Micron can currently meet only 50% to two thirds of the demand from its key customers. That shortage will last well beyond 2027, and meaningful new supply from anyone in the industry does not arrive until 2028 at the earliest. Two more years of demand outpacing supply in a market growing 168% year over year and that is the floor on the bull case. Now layer on what makes this cycle structurally different from every one before it. Micron is the only American memory manufacturer on earth, Samsung and SK Hynix are South Korean. In a world where AI infrastructure has become a declared national security priority where Commerce Secretary Lutnick and Trade Ambassador Greer personally showed up to a fab dedication in Manassas, Virginia being the only US memory company is not just a competitive advantage. It is a government backed structural monopoly on the most critical input to the US AI buildout, backed by $6.2 billion in CHIPS Act subsidies across Idaho, New York, and Virginia. The $200 billion buildout spans Manassas for DDR4 defense and industrial memory, Boise for leading-edge DRAM with first wafers out mid 2027, a second Boise HBM fab with first wafers by end of 2028, and the Syracuse megafab, the largest semiconductor facility in US history, breaking ground January 2026 with up to four fabs over time. Combined, these sites take Micron's domestic production from 10% of its total output today to 40% over the next decade, and create 90,000 jobs in the process. The business model transformation is the real story. Come join Milk Road Pro for our full breakdown, our complete Micron valuation model incorporating the $200 billion domestic buildout and our entire AI thesis. Link below.
10:05

Micron is going to be a $4,000 stock and the CEO just told you exactly why in one interview (Save this). Micron is no longer a chip company but rather a America's monopoly on the most strategically critical material in the AI buildout. It's the only western company manufacturing memory at advanced nodes, sitting on $200 billion in committed domestic capex, with every unit of its highest value product already sold. let's start with the supply reality, Mehrotra said Micron can currently meet only 50% to two thirds of the demand from its key customers. That shortage will last well beyond 2027, and meaningful new supply from anyone in the industry does not arrive until 2028 at the earliest. Two more years of demand outpacing supply in a market growing 168% year over year and that is the floor on the bull case. Now layer on what makes this cycle structurally different from every one before it. Micron is the only American memory manufacturer on earth, Samsung and SK Hynix are South Korean. In a world where AI infrastructure has become a declared national security priority where Commerce Secretary Lutnick and Trade Ambassador Greer personally showed up to a fab dedication in Manassas, Virginia being the only US memory company is not just a competitive advantage. It is a government backed structural monopoly on the most critical input to the US AI buildout, backed by $6.2 billion in CHIPS Act subsidies across Idaho, New York, and Virginia. The $200 billion buildout spans Manassas for DDR4 defense and industrial memory, Boise for leading-edge DRAM with first wafers out mid 2027, a second Boise HBM fab with first wafers by end of 2028, and the Syracuse megafab, the largest semiconductor facility in US history, breaking ground January 2026 with up to four fabs over time. Combined, these sites take Micron's domestic production from 10% of its total output today to 40% over the next decade, and create 90,000 jobs in the process. The business model transformation is the real story. Come join Milk Road Pro for our full breakdown, our complete Micron valuation model incorporating the $200 billion domestic buildout and our entire AI thesis. Link below.

Milk Road AI

235,568 Aufrufe • vor 2 Monaten

Jensen Huang just admitted Nvidia is paying for BOTH ends of its own $500 billion deal. Every outlet ran the same headline: Nvidia is putting half a trillion dollars into Korea. The largest AI infrastructure commitment ever announced with a single partner. But when asked what was actually inside that number and whether this is Nvidia spending money in the Korean economy, or SK fronting the capital themselves, Jensen said this: "We're gonna be purchasing memories from them for many years to come. In order to build a trillion dollars worth of Vera Rubin systems, you're gonna have to buy a lot of system memories to go with it. And so we have large purchase agreements and large purchase intentions with SK Hynix. Meanwhile, SK Telecom is gonna become an AI cloud. And in that agreement, we will be selling AI supercomputers to them. So between us, we're gonna do $500 billion worth of business." He literally described two completely different transactions and added them together. Nvidia pays SK Hynix for memory chips. SK Telecom pays Nvidia for supercomputers. Both directions get stacked into one figure and handed to the market as demand. A large share of that half trillion dollars is Nvidia's own money going OUT the door. This is the CEO of the most important chip company on Earth. His silicon runs every serious AI system on the planet. If anyone alive could announce a clean half trillion in customer demand, it's him. Instead he announced a number that counts his own supplier payments as "business." But now this is where it gets genuinely crazy... Bloomberg asked how badly Nvidia needs Korean supply to grow. Jensen said Nvidia does not have enough bits. He said the company is constrained in HBM memory, constrained in LPDDR memory, and constrained in just about every part of the supply chain. Then he named the bottleneck nobody expected: "We're even constrained now with land and power and construction workers to set up the data centers." The company announcing the biggest AI deal in history cannot hire enough people to pour concrete. Then he capped the entire industry. He said the industry has the ability to double each year, and will have a hard time growing much faster than that. Now hold that against the target he set at the top of the same interview: He said the semiconductor industry probably has to become 10x larger than it is today over the next decade. Doubling annually clears that on a spreadsheet. But in reality it only happens if land, power and construction crews cooperate every single year for ten years straight. And the demand justifying all of it is a number most people have not heard yet. Jensen is planning for 100 BILLION AI agents and billions of robots using computers. That is the actual bet. 10x the industry, financed by deals where the vendor is also the customer, and gated by how fast you can find electricians. Korea's market did not celebrate any of this by the way. The KOSPI has been falling hard and SK Hynix and Samsung both slumped while the half trillion dollar headline was running. Jensen listed both directions of money and totaled them on camera because he does not think there is anything wrong with it. Maybe there isn't. Chips have to be bought before systems can be sold. But the market is pricing these announcements as demand, and at least half of this one is spending.
1:21

Jensen Huang just admitted Nvidia is paying for BOTH ends of its own $500 billion deal. Every outlet ran the same headline: Nvidia is putting half a trillion dollars into Korea. The largest AI infrastructure commitment ever announced with a single partner. But when asked what was actually inside that number and whether this is Nvidia spending money in the Korean economy, or SK fronting the capital themselves, Jensen said this: "We're gonna be purchasing memories from them for many years to come. In order to build a trillion dollars worth of Vera Rubin systems, you're gonna have to buy a lot of system memories to go with it. And so we have large purchase agreements and large purchase intentions with SK Hynix. Meanwhile, SK Telecom is gonna become an AI cloud. And in that agreement, we will be selling AI supercomputers to them. So between us, we're gonna do $500 billion worth of business." He literally described two completely different transactions and added them together. Nvidia pays SK Hynix for memory chips. SK Telecom pays Nvidia for supercomputers. Both directions get stacked into one figure and handed to the market as demand. A large share of that half trillion dollars is Nvidia's own money going OUT the door. This is the CEO of the most important chip company on Earth. His silicon runs every serious AI system on the planet. If anyone alive could announce a clean half trillion in customer demand, it's him. Instead he announced a number that counts his own supplier payments as "business." But now this is where it gets genuinely crazy... Bloomberg asked how badly Nvidia needs Korean supply to grow. Jensen said Nvidia does not have enough bits. He said the company is constrained in HBM memory, constrained in LPDDR memory, and constrained in just about every part of the supply chain. Then he named the bottleneck nobody expected: "We're even constrained now with land and power and construction workers to set up the data centers." The company announcing the biggest AI deal in history cannot hire enough people to pour concrete. Then he capped the entire industry. He said the industry has the ability to double each year, and will have a hard time growing much faster than that. Now hold that against the target he set at the top of the same interview: He said the semiconductor industry probably has to become 10x larger than it is today over the next decade. Doubling annually clears that on a spreadsheet. But in reality it only happens if land, power and construction crews cooperate every single year for ten years straight. And the demand justifying all of it is a number most people have not heard yet. Jensen is planning for 100 BILLION AI agents and billions of robots using computers. That is the actual bet. 10x the industry, financed by deals where the vendor is also the customer, and gated by how fast you can find electricians. Korea's market did not celebrate any of this by the way. The KOSPI has been falling hard and SK Hynix and Samsung both slumped while the half trillion dollar headline was running. Jensen listed both directions of money and totaled them on camera because he does not think there is anything wrong with it. Maybe there isn't. Chips have to be bought before systems can be sold. But the market is pricing these announcements as demand, and at least half of this one is spending.

Ricardo

35,609 Aufrufe • vor 1 Monat

This Google insider just revealed what AI is actually being used for behind closed doors. It has nothing to do with chatbots. Mo Gawdat was a senior executive at Google for over a decade. He watched AI get built from the inside. He was in the rooms, in the labs, in the government meetings in China that almost no Western executive was allowed into. And he just went on Diary of a CEO and said things that no active tech executive would ever be allowed to say publicly: "What the general public sees about AI is overhyped but ineffective. What the real geeks see inside the lab is genuinely world-changing." The public gets chatbots and AI-generated videos while the labs are building autonomous weapons systems, military targeting technology, real-time surveillance infrastructure, and self-improving code that rewrites itself every microsecond without human oversight. As Mo put it: "As we speak, we are living in two major wars where AI is doing most of the killing." He talked about Palantir's CEO Alex Karp openly celebrating how his targeting technology identifies and eliminates people. He talked about the next generation of autonomous weapons costing $20,000 each, meaning any government with a $50 billion defense budget can literally rain drones on every corner of the planet. And as you remember, Anthropic was offered a $500 million military contract to allow their AI to be used for human targeting and surveillance. They refused and walked away from the money. OpenAI took the contract the following week. Mo's response: "You have to start observing who is actually behaving in a way that makes AI work for humanity, and who is behaving in a way that makes AI work for their share price." Now this is where it gets really interesting... In Mo's documentary Chasing Utopia, Altman literally says directly on camera: "I suspect that AI is likely going to end humanity, but we're going to create a lot of interesting companies in the process." That is the CEO of the most powerful AI company on Earth saying that he suspects his OWN technology will end the human race and then shrugging it off because the business opportunity is too good to pass up. Mo's prediction for the next decade: War, economic collapse, mass unemployment, surveillance expansion, and an absolute concentration of power at the top unlike anything in modern history. His prediction after that is if humanity survives the next 10 years, AI will eventually create a world of abundance where intelligence solves every problem we currently face. But the path between here and there is what terrifies him. And the men building the technology know exactly what they're doing. Do you think he's just exaggerating for attention, or is there truth in this?
2:22

This Google insider just revealed what AI is actually being used for behind closed doors. It has nothing to do with chatbots. Mo Gawdat was a senior executive at Google for over a decade. He watched AI get built from the inside. He was in the rooms, in the labs, in the government meetings in China that almost no Western executive was allowed into. And he just went on Diary of a CEO and said things that no active tech executive would ever be allowed to say publicly: "What the general public sees about AI is overhyped but ineffective. What the real geeks see inside the lab is genuinely world-changing." The public gets chatbots and AI-generated videos while the labs are building autonomous weapons systems, military targeting technology, real-time surveillance infrastructure, and self-improving code that rewrites itself every microsecond without human oversight. As Mo put it: "As we speak, we are living in two major wars where AI is doing most of the killing." He talked about Palantir's CEO Alex Karp openly celebrating how his targeting technology identifies and eliminates people. He talked about the next generation of autonomous weapons costing $20,000 each, meaning any government with a $50 billion defense budget can literally rain drones on every corner of the planet. And as you remember, Anthropic was offered a $500 million military contract to allow their AI to be used for human targeting and surveillance. They refused and walked away from the money. OpenAI took the contract the following week. Mo's response: "You have to start observing who is actually behaving in a way that makes AI work for humanity, and who is behaving in a way that makes AI work for their share price." Now this is where it gets really interesting... In Mo's documentary Chasing Utopia, Altman literally says directly on camera: "I suspect that AI is likely going to end humanity, but we're going to create a lot of interesting companies in the process." That is the CEO of the most powerful AI company on Earth saying that he suspects his OWN technology will end the human race and then shrugging it off because the business opportunity is too good to pass up. Mo's prediction for the next decade: War, economic collapse, mass unemployment, surveillance expansion, and an absolute concentration of power at the top unlike anything in modern history. His prediction after that is if humanity survives the next 10 years, AI will eventually create a world of abundance where intelligence solves every problem we currently face. But the path between here and there is what terrifies him. And the men building the technology know exactly what they're doing. Do you think he's just exaggerating for attention, or is there truth in this?

Ricardo

197,967 Aufrufe • vor 2 Monaten