WEBVTT - Robert Friedland on the World's Monumental Shortage of Copper

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<v Speaker 1>Hello, Odd Lodge listeners. I'm Joe Wiesenthal.

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<v Speaker 2>And I'm Tracy Alloway.

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<v Speaker 3>We're the hosts of the Odd Lodge podcast, and we've

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<v Speaker 3>got something exciting for you.

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<v Speaker 2>That's right. So one of the best parts of hosting

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<v Speaker 2>over in Los Angeles.

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<v Speaker 3>Podcasts.

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<v Speaker 4>Radio. News.

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<v Speaker 3>Hello and welcome to another episode of the Odd Lots podcast.

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<v Speaker 1>I'm Joe Weisenthal.

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<v Speaker 2>And I'm Tracy Alloway.

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<v Speaker 3>Oil has been in the headlines a lot lately.

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<v Speaker 2>Just a bit.

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<v Speaker 1>For obvious reasons. But, you know, it has gotten headlines.

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<v Speaker 3>But another commodity that's near basically at record highs that

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<v Speaker 3>just keeps to be going straight up for years now

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<v Speaker 3>is copper.

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<v Speaker 2>Yeah, so copper, I think, reached a new high of,

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<v Speaker 2>it was something like 14,875 a ton earlier this week.

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<v Speaker 2>It is down about 3% as we're recording this episode,

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<v Speaker 2>but I think it kind of speaks to, I guess,

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<v Speaker 2>one of the tensions when it comes to copper, which

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<v Speaker 2>is everyone has been saying, or a lot of people

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<v Speaker 2>have been saying, that there is this long-term, strong demand

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<v Speaker 2>impulse for copper because data centers use copper. We need

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<v Speaker 2>it to electrify the grid. all of that stuff. And

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<v Speaker 2>yet the price has often lagged behind. And moreover, you

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<v Speaker 2>get this volatility that means people who actually produce copper

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<v Speaker 2>are sometimes reluctant to increase production. And in fact, I

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<v Speaker 2>was looking at a note from our colleagues over at

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<v Speaker 2>BNF recently, and they were saying that this year we

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<v Speaker 2>might have the first decline in copper production since 2017.

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<v Speaker 3>I mean, this is part of why so-called like super cycles,

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<v Speaker 3>can happen.

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<v Speaker 1>And we've talked.

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<v Speaker 3>About this in so many different roles, both with the

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<v Speaker 3>pure like sort of like resource extraction industry, but even

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<v Speaker 3>now there's sort of like manufactured goods, like if we're

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<v Speaker 3>talking about memory, which is you can have these like

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<v Speaker 3>periods of volatility. You don't really want to invest more

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<v Speaker 3>during periods of volatility. Then you sort of have like

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<v Speaker 3>a scarcity of capacity. Then it ramps up the price.

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<v Speaker 3>And then it's like, oh, build more. But then it's like,

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<v Speaker 3>everyone remembers that vault.

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<v Speaker 2>Memories are long.

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<v Speaker 4>Right.

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<v Speaker 2>And we saw that in Shale as well.

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<v Speaker 1>Memories are long.

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<v Speaker 3>And then, you know, it's like, I guess it's human psychology.

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<v Speaker 3>Everyone finally taps at the same time.

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<v Speaker 1>And they're like, you know what?

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<v Speaker 3>We're going to massively expand mining operations, which don't happen

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<v Speaker 3>overnight by any stretch. And then suddenly you get gluts

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<v Speaker 3>and your shareholders get mad at you, etc. Why don't

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<v Speaker 3>you just ride this wave, etc.? And so these things

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<v Speaker 3>can then just persist and feed on each other for

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<v Speaker 3>a long time. But to your point, it's a crucial,

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<v Speaker 3>you know, there's so much interest these days in resource nationalism, infrastructure,

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<v Speaker 3>electricity and so forth.

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<v Speaker 1>And copper really is at the center of it.

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<v Speaker 2>Did you see this is a slight tangent, but did

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<v Speaker 2>you see the tweet from Peter Schiff?

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<v Speaker 1>No. What do you say?

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<v Speaker 2>With copper at 6.85 per pound, the melt value of

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<v Speaker 2>a pre-1982 penny is 4.5 cents. And he calls it,

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<v Speaker 2>he calls melting pennies not only risk-free, but the upside

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<v Speaker 2>potential is huge. Which is kind of funny because I'm

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<v Speaker 2>pretty sure that melting down U.S. currency is in fact

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<v Speaker 2>illegal in the U.S. I don't think you're supposed to.

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<v Speaker 2>And so there might be a little bit of a

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<v Speaker 2>risk there.

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<v Speaker 3>I also like think about like, how much legwork and

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<v Speaker 3>effort you would have to do to even like find

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<v Speaker 3>a bunch of pre-1982 pennies and whether that would come

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<v Speaker 3>to more than three pennies each when you think about

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<v Speaker 3>the effort.

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<v Speaker 1>Anyway, but yes, copper.

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<v Speaker 2>I mean, that said, I mean, that tweet is funny

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<v Speaker 2>for many reasons, but there is a lot of supply,

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<v Speaker 2>copper supply that comes from recycling. And that is in

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<v Speaker 2>tension with the new production as well.

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<v Speaker 1>So we should talk about that. And that is an

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<v Speaker 1>important element.

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<v Speaker 4>Anyway.

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<v Speaker 3>We got to do a copper episode. And this time

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<v Speaker 3>we're going to be speaking with someone like right in it.

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<v Speaker 3>Someone who has to make these decisions about investment and

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<v Speaker 3>how sustainable it is, what's optimal and the cost to

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<v Speaker 3>build out new capacity, how these calculations actually work. We

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<v Speaker 3>literally have the perfect guest today. We're going to be

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<v Speaker 3>speaking with Robert Friedland. He is the founder of Ivanhoe Mines,

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<v Speaker 3>Ivanhoe Electric. a new startup called iPulse, which we're going

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<v Speaker 3>to learn about. He has been in the industry for

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<v Speaker 3>over 40 years, literally getting his hands dirty and pulling

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<v Speaker 3>copper out of the ground. So, Robert, thank you so

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<v Speaker 3>much for coming on OddLots. Thrilled to have you here.

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<v Speaker 4>What a pleasure to be in the New York studios.

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<v Speaker 4>I just had the opportunity to meet Mike Bloomberg, which

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<v Speaker 4>is amazing.

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<v Speaker 1>This is great.

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<v Speaker 3>You know, I've always said while I work at Bloomberg,

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<v Speaker 3>it's like the old ESPN commercials where you like walk

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<v Speaker 3>around and you get to like meet all these luminaries

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<v Speaker 3>just milling about the office, including our boss.

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<v Speaker 1>Why don't you give us a, for those who don't know,

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<v Speaker 1>why don't.

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<v Speaker 3>You give us a little bit of overview of Ivanhoe

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<v Speaker 3>Mines and just like the portfolio of things you work on?

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<v Speaker 3>What does it all add up to and look like?

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<v Speaker 4>Well, in life, you know, you tend to learn more

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<v Speaker 4>and more about less and less. We've been in the

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<v Speaker 4>mining business for over 40 years globally. And in recent years,

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<v Speaker 4>Standard &amp; Poor's has declared copper as the new oil.

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<v Speaker 4>We used to fight wars over crude oil. I doubt

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<v Speaker 4>we would have gone after Saddam Hussein with shock and

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<v Speaker 4>awe if there was absolutely no oil in Iraq. But today,

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<v Speaker 4>the supply chain, which is a mystical concept to most people,

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<v Speaker 4>is being balkanized in competing geopolitical groups. There's a war

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<v Speaker 4>going on that's spreading, affecting the Strait of Hormuz and

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<v Speaker 4>other critical materials. And copper is central to everything we do.

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<v Speaker 4>This super high technology studio, which is enabling us to

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<v Speaker 4>talk to the whole world, is completely dependent on copper.

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<v Speaker 4>And more importantly, on mining, because everything you touch, we

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<v Speaker 4>either mined it or we grew it agriculturally. And the

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<v Speaker 4>farmers are totally dependent on mined product anyway, like fertilizer

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<v Speaker 4>or their tractors. So it is time to talk about

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<v Speaker 4>copper's role as a paradigm for a suite of critical

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<v Speaker 4>metals without which we're really going to have severe problems.

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<v Speaker 2>Can you give us your sort of origin story? How

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<v Speaker 2>did you get into mining? Why were you interested in

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<v Speaker 2>the space?

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<v Speaker 4>This is a strange and bizarre story, but Steve Jobs

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<v Speaker 4>and I had a partnership that goes way, way, way back.

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<v Speaker 4>Our partnership was stolen and has been sold on the

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<v Speaker 4>secondary market to a movie producer. But Steve and I

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<v Speaker 4>were 50-50 partners where I was the general partner and

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<v Speaker 4>he was the limited partner. And we financed it by

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<v Speaker 4>a loan from the Bank of America on his Apple shares. Wow.

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<v Speaker 1>What year are we talking about here?

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<v Speaker 4>Oh, it would have been in the 1980s. Okay. And

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<v Speaker 4>we went out and started buying timberland because we thought

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<v Speaker 4>we were going to be rich hippies. And trees grow

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<v Speaker 4>about 6% a year. Just leave them alone. Douglas fir trees.

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<v Speaker 4>We thought we'd just live in a teepee and get rich.

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<v Speaker 2>That's the dream, being a rich hippie, I got to say.

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<v Speaker 4>Yeah. And what happened was some of this timberland we

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<v Speaker 4>bought in Oregon, there was an old gold mine that

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<v Speaker 4>had been closed down in 1942. I don't know if

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<v Speaker 4>you're aware, under Executive Order L-208, Franklin D. Roosevelt shut

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<v Speaker 4>all the gold mines to force the miners to mine

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<v Speaker 4>lead and mainly copper and zinc for the war effort.

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<v Speaker 4>And in fact, during the war, for three years, we

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<v Speaker 4>made our pennies out of zinc rather than copper because

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<v Speaker 4>copper was so critical to World War II. In World

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<v Speaker 4>War I, the price of copper went to the moon,

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<v Speaker 4>William Randolph Hearst owned the Butte, Montana copper mine. And

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<v Speaker 4>with that, he bought up all the media in the

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<v Speaker 4>United States and built the Hearst Castle. So he was

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<v Speaker 4>sort of the Jeff Bezos of his day. And in

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<v Speaker 4>World War II, copper was so scarce, we had to

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<v Speaker 4>mine zinc to make our pennies. And today, as you

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<v Speaker 4>just said, a copper penny is worth about four or

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<v Speaker 4>five cents. And that's a good sort of indication of

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<v Speaker 4>where we're headed.

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<v Speaker 2>So there was a mine. What happened from there?

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<v Speaker 4>Keep going, keep going.

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<v Speaker 3>If you want to just spend an hour telling Steve

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<v Speaker 3>Jobs mining stories, I'm very happy.

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<v Speaker 1>To just talk about it.

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<v Speaker 2>I just want to hear mining stories.

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<v Speaker 4>Yeah, yeah, yeah. Well, we could spend days on Steve

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<v Speaker 4>Jobs stories, but one thing leads to another, and I

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<v Speaker 4>spent years in India studying yoga and meditation and never

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<v Speaker 4>dreamed in my wildest dreams that by my age I

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<v Speaker 4>would learn everything there is to know about almost nothing,

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<v Speaker 4>which is how to find mines and how to develop

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<v Speaker 4>them in countries around the world. And we've done that

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<v Speaker 4>probably more than anybody. And we've found more critical copper

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<v Speaker 4>mines and other types of mines than any other group

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<v Speaker 4>in the world. So we've developed sort of a love-hate

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<v Speaker 4>relationship with mining. We've tasted failure and we've tasted success.

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<v Speaker 4>And success tastes a lot better. And now I've been

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<v Speaker 4>spending more time with our government, both the Biden ministry

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<v Speaker 4>and the Trump administration, as the walls start squeezing in

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<v Speaker 4>on us. If you think about Indiana Jones and the

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<v Speaker 4>Temple of Doom and the walls are coming in to

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<v Speaker 4>squeeze you and there's this giant ball coming down a

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<v Speaker 4>ramp to crush you and you have to dive underneath

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<v Speaker 4>a trap door that's coming down. We are really looking

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<v Speaker 4>at the weaponization of certain critical raw materials in the

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<v Speaker 4>supply chain. And it's really a profound national security interest.

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<v Speaker 4>And it comes at the same time that a lot

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<v Speaker 4>of humanity is still worried about anthropomorphic global warming. I

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<v Speaker 4>know it's not as fashionable during the Trump administration to

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<v Speaker 4>worry about how hot it is out there. But actually,

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<v Speaker 4>last year was the hottest year in 132 years since

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<v Speaker 4>temperatures were recorded And the metals we need to do

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<v Speaker 4>something about that are the same metals that are needed

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<v Speaker 4>for drone warfare or the defense from drone warfare. And

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<v Speaker 4>so we're seeing a sort of perfect storm in a

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<v Speaker 4>balkanized world economy where demand for certain critical metals is

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<v Speaker 4>going to infinity.

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<v Speaker 1>You know, I used to be a hippie, too.

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<v Speaker 2>I was used to be.

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<v Speaker 3>Well, you know, like I was raised by vegetarian parents

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<v Speaker 3>who used to meditate. And then when I was in college,

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<v Speaker 3>I lived in a vegan co-op and stuff like that.

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<v Speaker 3>But now I work in a big office building in

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<v Speaker 3>New York City. And occasionally I even have to put

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<v Speaker 3>on a suit and tie. And I like think about like, oh,

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<v Speaker 3>what is my 20? What would my 22 year old

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<v Speaker 3>self have thought? Do you have those thoughts? Do you

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<v Speaker 3>ever think about where you are today and then the

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<v Speaker 3>25-year-old version of you and think, is this continuity? Would

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<v Speaker 3>that person have been happy with me the way it was?

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<v Speaker 1>Because I think about these things.

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<v Speaker 4>Well, I'll deny the use of the word hippie. We'll

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<v Speaker 4>say it was plain living and high thinking.

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<v Speaker 1>Okay.

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<v Speaker 4>We went through the psychedelic era before I was 20

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<v Speaker 4>years of age in the late 1960s. And it was

0:12:21.210 --> 0:12:24.490
<v Speaker 4>sort of tune on, tune in, drop out, and then

0:12:24.570 --> 0:12:27.750
<v Speaker 4>crawl back. And then we got into yoga and meditation,

0:12:27.790 --> 0:12:29.949
<v Speaker 4>went to India and did all that stuff for years.

0:12:30.650 --> 0:12:35.040
<v Speaker 4>And then fell into sort of the reality distortion field

0:12:35.120 --> 0:12:38.700
<v Speaker 4>of trying to dream up a business and make a difference.

0:12:38.780 --> 0:12:43.640
<v Speaker 4>And now I've passed the age of 76. I'm sort

0:12:43.679 --> 0:12:47.400
<v Speaker 4>of worried about our country's national security. I'm worried about

0:12:47.760 --> 0:12:50.980
<v Speaker 4>the United States versus China. I think a lot of

0:12:51.020 --> 0:12:54.140
<v Speaker 4>people are selling the idea that the Chinese people are

0:12:54.179 --> 0:12:58.190
<v Speaker 4>the mortal enemy of the Americans. That's not true. It's

0:12:58.230 --> 0:13:02.490
<v Speaker 4>not true. But our systems are in conflict, and the

0:13:02.530 --> 0:13:06.709
<v Speaker 4>world is balkanized into opposing groups. And we're going away

0:13:06.750 --> 0:13:09.190
<v Speaker 4>from crude oil being critical. We have plenty of crude

0:13:09.230 --> 0:13:12.250
<v Speaker 4>oil in the United States, although we don't have much

0:13:12.790 --> 0:13:16.130
<v Speaker 4>refining capacity. The crack spreads on diesel are at an

0:13:16.190 --> 0:13:19.850
<v Speaker 4>all-time high. Yeah. But these high diesel prices and the

0:13:19.910 --> 0:13:22.840
<v Speaker 4>crisis around the Strait of Hormuz are going to lead

0:13:22.860 --> 0:13:28.059
<v Speaker 4>to some really crazy implicit consequences. And we sit in

0:13:28.080 --> 0:13:31.699
<v Speaker 4>the middle of that storm in the mining industry, particularly

0:13:31.740 --> 0:13:34.460
<v Speaker 4>in copper. And that's something I'm very happy to talk

0:13:34.500 --> 0:13:34.760
<v Speaker 4>to you.

0:13:35.080 --> 0:13:35.600
<v Speaker 1>Yeah.

0:13:36.059 --> 0:13:39.600
<v Speaker 2>So I'm I'm tempted to ask more about your psychedelics era,

0:13:39.620 --> 0:13:42.340
<v Speaker 2>but I won't stick to the topic copper.

0:13:42.360 --> 0:13:42.420
<v Speaker 4>So.

0:13:43.720 --> 0:13:47.020
<v Speaker 2>We seem to have some consensus that demand for copper

0:13:47.100 --> 0:13:49.860
<v Speaker 2>is going up. There's this need to electrify. There's the

0:13:49.900 --> 0:13:52.160
<v Speaker 2>data center story. There's all of that. There's also the

0:13:52.220 --> 0:13:57.020
<v Speaker 2>national security interest angle, which you just described. And yet

0:13:57.440 --> 0:14:00.760
<v Speaker 2>production has lagged. We don't see a lot of new

0:14:00.780 --> 0:14:07.500
<v Speaker 2>mines started. And I'm just wondering, with copper at $ 15, 000

0:14:05.460 --> 0:14:09.450
<v Speaker 2>or almost $ 15, 000 a ton, what does the industry need

0:14:09.490 --> 0:14:13.050
<v Speaker 2>to see in order to be confident in boosting production?

0:14:14.500 --> 0:14:16.640
<v Speaker 4>Let's start with the fact that if we go back

0:14:16.679 --> 0:14:22.200
<v Speaker 4>to Mohenjo-daro, our species has mined 700 million metric tons

0:14:22.260 --> 0:14:26.060
<v Speaker 4>of copper. It sounds like a lot. And you could

0:14:26.100 --> 0:14:27.880
<v Speaker 4>recycle it and get it back. All you have to

0:14:27.920 --> 0:14:30.500
<v Speaker 4>do is tear down everything in the United States and

0:14:30.520 --> 0:14:32.590
<v Speaker 4>make it look like the days of the woolly mammoths,

0:14:33.180 --> 0:14:36.730
<v Speaker 4>and we'd get back about 300 million tons. And in Europe,

0:14:36.750 --> 0:14:39.090
<v Speaker 4>we'd get 200 million tons, and in Asia and other,

0:14:39.090 --> 0:14:43.230
<v Speaker 4>200 million tons. But unfortunately, we don't want to go

0:14:43.290 --> 0:14:48.490
<v Speaker 4>back to freezing in the dark. And at the rate

0:14:48.770 --> 0:14:52.150
<v Speaker 4>of current global economic growth with 8 billion people on

0:14:52.170 --> 0:14:58.160
<v Speaker 4>this planet, to maintain 3% GDP growth, absent the electrification

0:14:58.620 --> 0:15:02.180
<v Speaker 4>of the world economy, absent electric cars, and let's not

0:15:02.200 --> 0:15:05.540
<v Speaker 4>even get started on data centers, we need to mine

0:15:05.700 --> 0:15:07.739
<v Speaker 4>that same amount of copper that we mined in the

0:15:07.780 --> 0:15:12.979
<v Speaker 4>last 10,000 years in the next 18 years. And those

0:15:13.020 --> 0:15:14.880
<v Speaker 4>of us that are in the industry don't see that

0:15:14.920 --> 0:15:19.680
<v Speaker 4>as being possible because, as you know, there's the old adage,

0:15:19.720 --> 0:15:22.140
<v Speaker 4>what is 50,000 lawyers at the bottom of the sea?

0:15:22.780 --> 0:15:26.200
<v Speaker 4>And the answer is a good start. Nobody has built

0:15:26.280 --> 0:15:29.520
<v Speaker 4>anything near anybody in the United States as we have

0:15:29.580 --> 0:15:33.180
<v Speaker 4>deindustrialized our country. We haven't built a copper smelter or

0:15:33.250 --> 0:15:36.930
<v Speaker 4>nuclear power plants in this country, nor high-speed trains. I

0:15:36.970 --> 0:15:40.430
<v Speaker 4>think we've been trying to build high-speed trains between Los

0:15:40.530 --> 0:15:43.940
<v Speaker 4>Angeles and and San Francisco for 30 years. But the

0:15:43.980 --> 0:15:47.960
<v Speaker 4>Chinese can build everything. They can build oil refineries, nuclear

0:15:47.980 --> 0:15:52.740
<v Speaker 4>power plants, and high-speed rail. But we outsourced all that.

0:15:53.160 --> 0:15:56.270
<v Speaker 4>In the last decade, when you went to Walmart, everything

0:15:56.330 --> 0:15:59.750
<v Speaker 4>you saw said, made in China. In fact, one of

0:15:59.790 --> 0:16:02.450
<v Speaker 4>the best restaurants in Beijing, in the Grand Hyatt Hotel,

0:16:03.030 --> 0:16:05.530
<v Speaker 4>took that as a label. It was called Made in China.

0:16:05.590 --> 0:16:09.470
<v Speaker 4>It was a great Chinese restaurant. But now we're waking

0:16:09.510 --> 0:16:13.220
<v Speaker 4>up to the fact that we've deindustrialized our country and

0:16:13.270 --> 0:16:16.120
<v Speaker 4>we need copper metal if you believe in greening the

0:16:16.140 --> 0:16:20.600
<v Speaker 4>world economy. If you want electric cars, air conditioners, microwave ovens,

0:16:21.060 --> 0:16:24.500
<v Speaker 4>we need copper metal. It's very copper intensive. We also

0:16:24.560 --> 0:16:28.660
<v Speaker 4>need copper in sophisticated armaments and in those kinds of

0:16:28.700 --> 0:16:33.800
<v Speaker 4>missiles like Patriots that are interceptors against weaponry that is

0:16:33.840 --> 0:16:37.130
<v Speaker 4>suddenly being used against civilians in conflict. that we haven't

0:16:37.170 --> 0:16:39.880
<v Speaker 4>seen since World War II. And this is at a

0:16:39.960 --> 0:16:42.980
<v Speaker 4>time that most of the great copper mines in Latin

0:16:43.020 --> 0:16:47.680
<v Speaker 4>America are little old ladies laying in bed waiting to die.

0:16:47.700 --> 0:16:50.620
<v Speaker 4>And this is something I need to explain to you guys.

0:16:51.680 --> 0:16:55.080
<v Speaker 4>So what started all this was originally the biggest producer

0:16:55.120 --> 0:16:57.979
<v Speaker 4>of copper in the world was the Democratic Republic of

0:16:58.000 --> 0:17:01.440
<v Speaker 4>the Congo. It used to belong to King Leopold of Belgium.

0:17:01.860 --> 0:17:05.110
<v Speaker 4>He owned the people, the elephants, the ivory. And they

0:17:05.130 --> 0:17:09.290
<v Speaker 4>mined copper there for centuries. But around the turn of

0:17:09.330 --> 0:17:13.860
<v Speaker 4>the century, America dug the Panama Canal with big steam shovels.

0:17:13.880 --> 0:17:17.140
<v Speaker 4>A lot of people died of malaria digging that canal.

0:17:17.520 --> 0:17:19.960
<v Speaker 4>But when the canal was finished, there were these giant

0:17:20.359 --> 0:17:24.900
<v Speaker 4>steam shovels that were left over. And the Guggenheim family,

0:17:24.940 --> 0:17:26.730
<v Speaker 4>who were in the rag trade here in New York,

0:17:26.810 --> 0:17:29.770
<v Speaker 4>bought those shovels for pennies on the dollar and took

0:17:29.790 --> 0:17:32.710
<v Speaker 4>them down to Chile and to use them to start

0:17:32.750 --> 0:17:35.149
<v Speaker 4>digging for copper metal, because we were getting into the

0:17:35.210 --> 0:17:41.080
<v Speaker 4>first industrial revolution, 1910, 1920, President Polk, and they went

0:17:41.119 --> 0:17:43.879
<v Speaker 4>to a place called Chuqui, Camada, in Chile, and the

0:17:43.900 --> 0:17:47.260
<v Speaker 4>grade of the copper was 3%. They took those old

0:17:47.320 --> 0:17:51.260
<v Speaker 4>steam shovels, and their company was called Asarco, which was

0:17:51.340 --> 0:17:55.210
<v Speaker 4>affectionately known as the American Smelting and Robbing Company. And

0:17:55.250 --> 0:17:57.790
<v Speaker 4>the Guggenheim family made so much money, they left the

0:17:58.210 --> 0:18:01.810
<v Speaker 4>Solomon R. Guggenheim Company Museum of Modern Art here in

0:18:01.830 --> 0:18:06.820
<v Speaker 4>New York on Fifth Avenue, designed by Frank Lloyd Wright. Now,

0:18:07.080 --> 0:18:09.680
<v Speaker 4>there were two other great American mining companies that rose

0:18:09.760 --> 0:18:13.540
<v Speaker 4>out of our industrial renaissance. There was Anaconda and Kennecott,

0:18:14.040 --> 0:18:18.940
<v Speaker 4>but all of them were nationalized by a leftist president

0:18:19.000 --> 0:18:23.489
<v Speaker 4>in Chile named Allende. Allende took them away, took them

0:18:23.510 --> 0:18:27.650
<v Speaker 4>for the Chilean state, and America responded by killing him.

0:18:27.869 --> 0:18:32.409
<v Speaker 4>The United States CIA, murdered Allende, and he was replaced

0:18:32.470 --> 0:18:38.609
<v Speaker 4>by a right-wing general named Pinochet. And Pinochet said, I

0:18:38.670 --> 0:18:40.750
<v Speaker 4>need these copper mines. He didn't give them back to

0:18:40.770 --> 0:18:43.710
<v Speaker 4>the United States. In fact, he kept them. They're called

0:18:43.750 --> 0:18:47.730
<v Speaker 4>Codelco today. And he said, 10% of the copper produced

0:18:47.770 --> 0:18:50.929
<v Speaker 4>will come off the top to finance the Chilean army.

0:18:51.430 --> 0:18:54.130
<v Speaker 4>And that was sort of the beginning of the wave

0:18:54.250 --> 0:18:59.129
<v Speaker 4>of nationalization of resources in And Aramco was originally found

0:18:59.170 --> 0:19:03.390
<v Speaker 4>by an American oil company, and then Saudi Arabia took

0:19:03.430 --> 0:19:06.100
<v Speaker 4>the oil back. And today, most of the oil in

0:19:06.140 --> 0:19:11.159
<v Speaker 4>the world belongs to sovereign oil companies. And America was

0:19:11.260 --> 0:19:16.660
<v Speaker 4>left without a great copper champion. And when I was younger, during, say,

0:19:16.700 --> 0:19:22.970
<v Speaker 4>the Clinton era, we started embracing China. I was very

0:19:23.050 --> 0:19:24.990
<v Speaker 4>early into China. I first went into China in the

0:19:25.030 --> 0:19:29.190
<v Speaker 4>early 1980s. George Shultz introduced me to China. I was,

0:19:29.250 --> 0:19:32.590
<v Speaker 4>in fact, the first American to go mining in China,

0:19:33.070 --> 0:19:38.390
<v Speaker 4>in Western China, in Xinjiang. And I watched the incredible

0:19:38.490 --> 0:19:42.130
<v Speaker 4>rise of the Chinese people. No one has uplifted their

0:19:42.190 --> 0:19:46.190
<v Speaker 4>economy that far that fast in human history. And we

0:19:46.270 --> 0:19:50.320
<v Speaker 4>thought by bringing China into the WTO, we were going

0:19:50.380 --> 0:19:53.179
<v Speaker 4>to turn the Chinese into Americans. We thought all the

0:19:53.240 --> 0:19:57.300
<v Speaker 4>girls wanted Manolo Blahnik shoes and Birkin bags. All the

0:19:57.340 --> 0:20:01.379
<v Speaker 4>guys wanted Porsches. And they did an incredible job of

0:20:01.560 --> 0:20:07.399
<v Speaker 4>uplifting their society. But things haven't worked out exactly right.

0:20:08.180 --> 0:20:14.119
<v Speaker 4>as we thought, between our respective societies. Now, most of

0:20:14.160 --> 0:20:18.459
<v Speaker 4>the mining fell to junior mining companies listed in Australia

0:20:18.550 --> 0:20:22.530
<v Speaker 4>or Canada for decades. These companies were registered in Canada,

0:20:22.550 --> 0:20:27.149
<v Speaker 4>like ships are registered in Liberia. Legislation was friendlier up

0:20:27.170 --> 0:20:30.760
<v Speaker 4>there for the risks with mining. Thousands of these little

0:20:30.820 --> 0:20:33.780
<v Speaker 4>juniors would go around looking for mining, and the big

0:20:33.859 --> 0:20:36.640
<v Speaker 4>mining companies became more and more brain-dead. They became like

0:20:37.450 --> 0:20:42.859
<v Speaker 4>giant donut-shaped law firms with mediocre operating companies in the middle.

0:20:43.600 --> 0:20:46.640
<v Speaker 4>For example, Exxon doesn't really drill for oil today. It's

0:20:46.680 --> 0:20:49.780
<v Speaker 4>a big law firm, but they hire people like Schlumberger

0:20:50.700 --> 0:20:53.100
<v Speaker 4>or Baker Hughes to do their work, and they just

0:20:53.140 --> 0:20:57.510
<v Speaker 4>sort of move on. And if you look at the

0:20:57.570 --> 0:21:00.290
<v Speaker 4>food chain, when I was young, I grew up in

0:21:00.310 --> 0:21:03.950
<v Speaker 4>the 1950s, the United States government made a little pyramid,

0:21:03.970 --> 0:21:06.140
<v Speaker 4>a food pyramid for us, and it said, You're supposed

0:21:06.180 --> 0:21:08.840
<v Speaker 4>to drink four glasses of cow's milk every day and

0:21:09.420 --> 0:21:11.830
<v Speaker 4>a certain amount of milk and cheese and eggs and ham.

0:21:12.350 --> 0:21:15.710
<v Speaker 4>And at the top of that food pyramid was steak, meat.

0:21:16.190 --> 0:21:18.189
<v Speaker 4>And when I was in school, you know, we were

0:21:18.210 --> 0:21:20.689
<v Speaker 4>given that food pyramid. And when I was a kid,

0:21:21.590 --> 0:21:24.330
<v Speaker 4>you know, I'm remembering this vividly. At the age of eight,

0:21:24.790 --> 0:21:27.489
<v Speaker 4>they made us get under the desk to practice for

0:21:27.530 --> 0:21:29.859
<v Speaker 4>nuclear war and the event of a nuclear bomb. And

0:21:29.910 --> 0:21:32.780
<v Speaker 4>I was the kid that told my teacher, this is crazy.

0:21:32.800 --> 0:21:35.710
<v Speaker 4>We're all going to get vaporized. If there's a nuclear war,

0:21:35.850 --> 0:21:38.870
<v Speaker 4>it's always a rebel, always sort of getting in trouble. Now,

0:21:40.030 --> 0:21:42.580
<v Speaker 4>nobody that I know of in California eats out of

0:21:42.619 --> 0:21:48.300
<v Speaker 4>that food pyramid anymore. People go to Erewhon, and there

0:21:48.320 --> 0:21:52.140
<v Speaker 4>are maybe wheatgrass juice and sunlight and some Pilates, but

0:21:52.220 --> 0:21:55.139
<v Speaker 4>there's nobody eating that stuff anymore. But I want you

0:21:55.160 --> 0:21:58.649
<v Speaker 4>to know the Pentagon also had a food pyramid, and

0:21:58.690 --> 0:22:03.030
<v Speaker 4>they got that all wrong. And what modern warfare requires

0:22:03.109 --> 0:22:05.070
<v Speaker 4>is none of the stuff in that food pyramid. And

0:22:05.109 --> 0:22:08.310
<v Speaker 4>so now I get to get on odd lots and

0:22:08.369 --> 0:22:11.010
<v Speaker 4>try to explain the magic of mining to you guys.

0:22:11.430 --> 0:22:13.090
<v Speaker 1>Amazing. Amazing.

0:22:13.350 --> 0:22:15.930
<v Speaker 3>You know, just again, not to keep belaboring the point

0:22:16.060 --> 0:22:18.440
<v Speaker 3>as hippies, but as someone who grew up in the

0:22:18.500 --> 0:22:21.600
<v Speaker 3>presence of a lot of wheatgrass, once again, it feels

0:22:21.640 --> 0:22:24.199
<v Speaker 3>like history comes back. And I was well prepared for

0:22:24.240 --> 0:22:24.660
<v Speaker 3>this moment.

0:22:24.940 --> 0:22:25.139
<v Speaker 4>All right.

0:22:25.200 --> 0:22:28.520
<v Speaker 3>Let's talk about that pyramid then. Let's just say the

0:22:28.580 --> 0:22:32.400
<v Speaker 3>politics suddenly changed such that you didn't need a lot

0:22:32.440 --> 0:22:36.359
<v Speaker 3>of lawyers, such that people didn't complain if they lived

0:22:36.420 --> 0:22:39.560
<v Speaker 3>in the presence of a mine or something. I don't know,

0:22:40.080 --> 0:22:43.050
<v Speaker 3>miraculous things that could never happen. Why don't you just

0:22:43.070 --> 0:22:45.810
<v Speaker 3>talk about, I guess, the math and the engineering in

0:22:45.869 --> 0:22:50.970
<v Speaker 3>terms of the deficit that you foresee between demand, supply,

0:22:51.130 --> 0:22:53.629
<v Speaker 3>and what it would take, I guess, from an engineering

0:22:53.650 --> 0:22:58.310
<v Speaker 3>standpoint or a money standpoint? to build out the supply

0:22:58.369 --> 0:23:01.629
<v Speaker 3>that we need for whatever are the key rungs of

0:23:01.650 --> 0:23:02.169
<v Speaker 3>that pyramid?

0:23:02.250 --> 0:23:07.180
<v Speaker 4>That's a brilliant question and opens up an amazing can

0:23:07.220 --> 0:23:11.000
<v Speaker 4>of worms for your audience. So the largest copper mine

0:23:11.020 --> 0:23:15.060
<v Speaker 4>in the world is La Escondida. It's in Chile. And

0:23:15.080 --> 0:23:18.590
<v Speaker 4>we need to look at that clinically to try to

0:23:18.630 --> 0:23:23.140
<v Speaker 4>understand the existential dilemma we face. When it was first

0:23:23.220 --> 0:23:27.000
<v Speaker 4>found a generation ago, the grade was close to 2% copper.

0:23:28.100 --> 0:23:31.000
<v Speaker 4>They've been digging deeper, deeper, deeper, and today it's 0.8

0:23:31.000 --> 0:23:36.270
<v Speaker 4>of 1%. It belongs to Rio Tinto and BHP, the

0:23:36.310 --> 0:23:38.590
<v Speaker 4>largest mining companies in the world, in the Western world.

0:23:39.330 --> 0:23:41.609
<v Speaker 4>But within two years, the grade is going to drop

0:23:41.630 --> 0:23:45.310
<v Speaker 4>to 0.4 of 1%. So the grade is going down.

0:23:45.430 --> 0:23:49.109
<v Speaker 4>And as that grade declines, the rock deeper in the

0:23:49.150 --> 0:23:52.730
<v Speaker 4>pit is getting harder and harder to to crush and grind.

0:23:52.800 --> 0:23:55.859
<v Speaker 4>And you need to take rock and reduce it to

0:23:55.940 --> 0:23:58.379
<v Speaker 4>talcum powder to get the metal out. The way we

0:23:58.400 --> 0:24:01.600
<v Speaker 4>get the metal out of rock is we make talcum

0:24:01.619 --> 0:24:04.600
<v Speaker 4>powder out of it. And about 4% to 5% of

0:24:04.820 --> 0:24:09.520
<v Speaker 4>all the energy produced on planet Earth is utilized in

0:24:09.540 --> 0:24:13.000
<v Speaker 4>the crushing and grinding of rock, which is a huge

0:24:13.100 --> 0:24:17.240
<v Speaker 4>number when we're worried about the generation of global warming gas. Now,

0:24:18.359 --> 0:24:21.459
<v Speaker 4>that mine sits at 12,000 feet elevation in the Andes.

0:24:22.109 --> 0:24:26.490
<v Speaker 4>And it hasn't rained in the Atacama Desert in 30,000 years.

0:24:27.310 --> 0:24:31.379
<v Speaker 4>And you need two cubic meters of water to crush

0:24:31.630 --> 0:24:35.220
<v Speaker 4>one cubic meter of rock. So as the grade of

0:24:35.280 --> 0:24:38.919
<v Speaker 4>that rock is declining in copper, you need to crush

0:24:38.980 --> 0:24:41.800
<v Speaker 4>and grind more and more rock to get less and

0:24:41.820 --> 0:24:45.280
<v Speaker 4>less metal. And since you're generating the electricity in Chile

0:24:45.300 --> 0:24:49.909
<v Speaker 4>by burning primarily coal, they have some solar, but the

0:24:49.950 --> 0:24:53.290
<v Speaker 4>sun only shines six hours a day. You need 24-hour-a-day

0:24:53.350 --> 0:24:57.110
<v Speaker 4>power in the mining industry. The global warming gas generated

0:24:57.150 --> 0:25:00.010
<v Speaker 4>by crushing and grinding that copper is going up and

0:25:00.070 --> 0:25:03.510
<v Speaker 4>up and up. And to further confuse you, they built

0:25:03.530 --> 0:25:08.970
<v Speaker 4>a $ 4 billion desalinization plant at sea level. They take

0:25:09.850 --> 0:25:13.070
<v Speaker 4>ocean water, get the salt out of it. That's using

0:25:13.090 --> 0:25:16.409
<v Speaker 4>a million dollars a day of electricity because you have

0:25:16.430 --> 0:25:19.510
<v Speaker 4>to pump that water from sea level up to 12,000 feet,

0:25:20.090 --> 0:25:23.390
<v Speaker 4>and the water consumption is going up. The energy to

0:25:23.490 --> 0:25:26.330
<v Speaker 4>generate and pump that clean water uphill is going up.

0:25:27.050 --> 0:25:32.470
<v Speaker 4>And the metallurgical recovery is going down. And so they're

0:25:32.510 --> 0:25:35.090
<v Speaker 4>modeling 10, 12 billion of investment just to make that

0:25:35.150 --> 0:25:38.750
<v Speaker 4>mine go down in production. And that is what's happened

0:25:38.770 --> 0:25:42.050
<v Speaker 4>to our industry. Our global production of copper this year

0:25:42.550 --> 0:25:46.720
<v Speaker 4>is down, even though prices are up. And that's amazing

0:25:46.780 --> 0:25:49.580
<v Speaker 4>because I just told you we need to mine as

0:25:49.640 --> 0:25:53.439
<v Speaker 4>much copper as in the next 18 years, as we

0:25:53.460 --> 0:25:58.500
<v Speaker 4>did in the last 10,000 years, just to maintain global 3%

0:25:58.500 --> 0:26:03.350
<v Speaker 4>GDP growth without the electrification of the world economy. Now,

0:26:03.790 --> 0:26:06.550
<v Speaker 4>when you look at data centers, it really gets, if

0:26:06.570 --> 0:26:11.209
<v Speaker 4>you want to use our earlier term, psychedelic. Because the

0:26:11.270 --> 0:26:17.570
<v Speaker 4>hyperscalers have incredible market capitalizations. And they had a beautiful

0:26:17.630 --> 0:26:21.399
<v Speaker 4>viral technology. And in fact, in the last 30 years,

0:26:21.460 --> 0:26:24.729
<v Speaker 4>all the capital on Wall Street went into sexy technology

0:26:24.790 --> 0:26:28.429
<v Speaker 4>like the internet and broadband and Netflix and wireless. And

0:26:28.470 --> 0:26:31.490
<v Speaker 4>all the kids went into that and the Bloomberg Studios

0:26:31.950 --> 0:26:34.970
<v Speaker 4>were built. But when all the money goes in that direction,

0:26:35.930 --> 0:26:39.909
<v Speaker 4>we didn't put money into basic raw materials, which are

0:26:39.950 --> 0:26:43.209
<v Speaker 4>the foundation on which everything sits. In fact, we stopped

0:26:43.290 --> 0:26:47.230
<v Speaker 4>mining things in the United States. And we sort of

0:26:47.790 --> 0:26:49.810
<v Speaker 4>pushed this all to China. We said, well, let's let

0:26:49.850 --> 0:26:52.960
<v Speaker 4>the Chinese build everything at Walmart. You go to Walmart,

0:26:53.000 --> 0:26:55.840
<v Speaker 4>everything's made in China. So all the pollution was over

0:26:55.880 --> 0:26:58.160
<v Speaker 4>there in China. And we thought, this is a good deal.

0:26:59.020 --> 0:27:01.869
<v Speaker 4>We can be a consumer society. We'll drink our lattes

0:27:01.920 --> 0:27:06.030
<v Speaker 4>here and complain about global warming and just let the

0:27:06.070 --> 0:27:09.510
<v Speaker 4>Chinese do all the work. And this model is no

0:27:09.550 --> 0:27:13.040
<v Speaker 4>longer viable. And now we're waking up and finding that

0:27:13.410 --> 0:27:17.649
<v Speaker 4>there really is a critical raw material supply chain In

0:27:17.690 --> 0:27:20.480
<v Speaker 4>the Biden administration, when I used to work with Amos Hochstein,

0:27:20.520 --> 0:27:24.119
<v Speaker 4>who was in charge of the energy transition, it was

0:27:24.160 --> 0:27:27.560
<v Speaker 4>all about global warming. You remember that world as we

0:27:27.600 --> 0:27:30.600
<v Speaker 4>came out of COVID? We saw that it was getting

0:27:30.660 --> 0:27:33.740
<v Speaker 4>hotter and hotter, and we started thinking for solar power,

0:27:33.800 --> 0:27:37.330
<v Speaker 4>you need copper. For wind, you need copper. The way

0:27:37.369 --> 0:27:40.650
<v Speaker 4>we generate electrical energy, the way we transmit it, this

0:27:40.690 --> 0:27:46.090
<v Speaker 4>studio is ludicrously copper-intensive and energy-intensive, and there is nothing

0:27:46.609 --> 0:27:50.950
<v Speaker 4>And I mean nothing about the internet that is inherently green.

0:27:51.790 --> 0:27:54.060
<v Speaker 4>Let me give you an example. When you do a

0:27:54.100 --> 0:27:57.640
<v Speaker 4>Google search, and all of us are guilty of having

0:27:57.660 --> 0:28:00.580
<v Speaker 4>done a Google search, you push that key, you're using

0:28:00.600 --> 0:28:02.700
<v Speaker 4>the amount of electrical energy that it takes to run

0:28:02.740 --> 0:28:06.859
<v Speaker 4>a 100-watt light bulb for about 12 seconds, which doesn't

0:28:06.900 --> 0:28:09.590
<v Speaker 4>sound like a lot, but there are hundreds of billions

0:28:09.619 --> 0:28:13.270
<v Speaker 4>of Google searches. And that electricity is not free. You

0:28:13.290 --> 0:28:15.989
<v Speaker 4>think it's free when you do that Google search, but

0:28:16.010 --> 0:28:20.129
<v Speaker 4>it's paid for by advertising. Now, when you do an

0:28:20.230 --> 0:28:24.630
<v Speaker 4>AI search, and I use ChatGPT4, and we're using Cloud,

0:28:25.210 --> 0:28:28.800
<v Speaker 4>and you do an AI search, you're using 30 times

0:28:28.880 --> 0:28:32.439
<v Speaker 4>more electrical energy. You're using the power it takes to

0:28:32.460 --> 0:28:34.879
<v Speaker 4>run a 100-watt bulb for two minutes or three minutes.

0:28:35.720 --> 0:28:38.740
<v Speaker 4>And every single kid in the world, a five-year-old with

0:28:38.780 --> 0:28:41.880
<v Speaker 4>an iPad, is going to be using AI searches. And

0:28:41.940 --> 0:28:46.670
<v Speaker 4>so the electrical demand for AI searches Literally goes to infinity.

0:28:47.570 --> 0:28:52.550
<v Speaker 4>Now here's our problem. Here is our dilemma. AI is

0:28:52.630 --> 0:28:56.150
<v Speaker 4>at its roots a military technology, and I want to

0:28:56.210 --> 0:28:59.210
<v Speaker 4>explain why. Do you want to hear this? Please. So

0:29:00.040 --> 0:29:04.760
<v Speaker 4>we have a genius, a polymath named Elon Musk. You know,

0:29:04.820 --> 0:29:08.500
<v Speaker 4>his brain is beyond most people's comprehension. It reminds me

0:29:08.520 --> 0:29:14.120
<v Speaker 4>a lot of Steven Jobs, but He's developed a series

0:29:14.180 --> 0:29:18.600
<v Speaker 4>of low Earth orbiting satellites where the latency, when we

0:29:18.640 --> 0:29:21.420
<v Speaker 4>send a signal up to outer space, is 27 millionths

0:29:21.440 --> 0:29:25.590
<v Speaker 4>of a second, going up and coming down. Now, if

0:29:25.660 --> 0:29:29.710
<v Speaker 4>I'm sending a drone to kill you, Joe, it knows

0:29:29.730 --> 0:29:32.130
<v Speaker 4>what you look like, even though you've grown your beard

0:29:32.150 --> 0:29:34.440
<v Speaker 4>a little longer. It can identify you.

0:29:34.450 --> 0:29:35.250
<v Speaker 2>To hide from drones.

0:29:35.310 --> 0:29:36.710
<v Speaker 4>You know, a little micro drone. They could be a

0:29:36.730 --> 0:29:39.910
<v Speaker 4>mother drone. It releases baby drones. And this drone is

0:29:39.980 --> 0:29:42.780
<v Speaker 4>looking for you. And going back to the IPI era,

0:29:42.820 --> 0:29:45.160
<v Speaker 4>all it has to do is attach itself to your

0:29:45.280 --> 0:29:49.640
<v Speaker 4>third eye. Boom, and you're gone. Now, this is a

0:29:49.680 --> 0:29:56.480
<v Speaker 4>military technology. Drone technology is so efficacious that the Leopard

0:29:56.560 --> 0:30:00.790
<v Speaker 4>tanks and the Abrams tanks we were giving to Ukraine

0:30:00.830 --> 0:30:03.870
<v Speaker 4>are parked and no longer used because a $ 12 drone

0:30:04.250 --> 0:30:07.210
<v Speaker 4>can find them from the heat signature, from the tailpipe,

0:30:07.280 --> 0:30:12.600
<v Speaker 4>and just kill them. So drone warfare depends on AI

0:30:12.680 --> 0:30:16.380
<v Speaker 4>because there's an AI identification of the target. Up it

0:30:16.420 --> 0:30:19.540
<v Speaker 4>goes to the satellite. It comes back down, wipes out

0:30:19.580 --> 0:30:23.570
<v Speaker 4>the target. And if my satellite system has a millionth

0:30:24.030 --> 0:30:27.350
<v Speaker 4>of a second less latency than yours, you die, I don't.

0:30:28.070 --> 0:30:34.560
<v Speaker 4>So AI first goes, to military application. And later on,

0:30:34.620 --> 0:30:37.500
<v Speaker 4>it goes to a beautiful, sexy doll to make love with.

0:30:37.940 --> 0:30:41.760
<v Speaker 4>They're selling those beautiful robots right now in China. And

0:30:41.800 --> 0:30:46.360
<v Speaker 4>those humanoid robots also will utilize astronomic amounts of these

0:30:46.900 --> 0:30:50.080
<v Speaker 4>same critical raw materials. And maybe those robots will be

0:30:50.120 --> 0:30:53.120
<v Speaker 4>a terminator, or maybe they'll make a great lover, you know,

0:30:53.160 --> 0:30:57.640
<v Speaker 4>very sympathetic chatting to you. But all of these technologies

0:30:57.870 --> 0:31:04.160
<v Speaker 4>are insanely... Consumptive of electrical energy. Your AI girlfriend is

0:31:04.280 --> 0:31:09.100
<v Speaker 4>actually created by servers. And a server in a server

0:31:09.140 --> 0:31:13.530
<v Speaker 4>farm uses 20 critical metals that are the new oil.

0:31:13.570 --> 0:31:16.830
<v Speaker 4>And you don't even know that you need niobium and

0:31:16.870 --> 0:31:21.710
<v Speaker 4>tantalum and palladium and rhodium and rhenium. Or for example,

0:31:22.070 --> 0:31:26.760
<v Speaker 4>if you're Jensen Wang and you've got NVIDIA, you need

0:31:27.520 --> 0:31:31.610
<v Speaker 4>gallium nitride. Or if you want to improve memory in chips,

0:31:31.630 --> 0:31:36.180
<v Speaker 4>you need scandium nitride. And so instead of the food

0:31:36.220 --> 0:31:39.820
<v Speaker 4>pyramid that the Army, Navy, and Air Force relied on

0:31:39.840 --> 0:31:42.960
<v Speaker 4>in those days, it was stuff like coal and oil.

0:31:43.500 --> 0:31:45.140
<v Speaker 4>And yeah, they had a little bit of copper in

0:31:45.160 --> 0:31:48.660
<v Speaker 4>the old food pyramid. Today, it's what we call critical

0:31:49.140 --> 0:31:50.620
<v Speaker 4>raw materials.

0:31:51.930 --> 0:31:54.310
<v Speaker 2>AI girlfriends and boyfriends, please.

0:31:54.370 --> 0:31:55.110
<v Speaker 4>Let's see.

0:31:55.190 --> 0:31:57.890
<v Speaker 2>Equal opportunity for parasocial relationships.

0:31:57.910 --> 0:32:03.740
<v Speaker 4>We agree. If you want an Arnold Schwarzenegger-style male robot,

0:32:04.200 --> 0:32:07.820
<v Speaker 4>they're coming and they're opening soon at a theater near you.

0:32:07.900 --> 0:32:11.979
<v Speaker 4>And the actuators, the electrical motors, these things are going

0:32:12.000 --> 0:32:14.800
<v Speaker 4>to go and plug themselves into the grid to recharge

0:32:15.620 --> 0:32:21.400
<v Speaker 4>are incredibly dependent on AI and And this whole unbelievable

0:32:21.460 --> 0:32:25.010
<v Speaker 4>machine we're building that requires the medals that I'm talking

0:32:25.050 --> 0:32:25.950
<v Speaker 4>to you about right now.

0:32:26.750 --> 0:32:29.770
<v Speaker 3>I didn't expect this conversation to be the moment where

0:32:29.810 --> 0:32:32.210
<v Speaker 3>I sort of reveal one of my takes, but.

0:32:31.970 --> 0:32:34.320
<v Speaker 2>While we're here. It's not on sex robots, is it?

0:32:34.390 --> 0:32:36.910
<v Speaker 3>It's not on sex robots per se, but kind of

0:32:37.150 --> 0:32:39.390
<v Speaker 3>in the sense that I think that like the boomer

0:32:39.450 --> 0:32:43.060
<v Speaker 3>generation had to sort of get comfortable with the fact

0:32:43.100 --> 0:32:46.340
<v Speaker 3>that their children might be gay. The millennial, the Gen

0:32:46.400 --> 0:32:50.600
<v Speaker 3>X generation had to get comfortable that they're... children might

0:32:50.640 --> 0:32:54.660
<v Speaker 3>have trans partners. And the millennial generation is going to

0:32:54.680 --> 0:32:57.530
<v Speaker 3>be the one that has to get comfortable when someone

0:32:57.570 --> 0:33:01.850
<v Speaker 3>brings back their AI robot or girlfriend and they're going

0:33:01.870 --> 0:33:03.820
<v Speaker 3>to get mad at their parents when they don't respect it.

0:33:03.930 --> 0:33:04.630
<v Speaker 1>Anyway, keep going.

0:33:04.870 --> 0:33:10.120
<v Speaker 2>Thank you for that image, Joe. Back to Copper. Does

0:33:10.130 --> 0:33:13.820
<v Speaker 2>technology solve any of the mining constraints that we've had?

0:33:13.880 --> 0:33:17.540
<v Speaker 2>Because there must have been technological developments in the industry

0:33:17.660 --> 0:33:19.940
<v Speaker 2>over the course of your career. And of course, we

0:33:20.000 --> 0:33:22.900
<v Speaker 2>all know about the shale revolution and what happened there.

0:33:23.740 --> 0:33:26.480
<v Speaker 2>Do you see tech advancing in such a way that

0:33:26.520 --> 0:33:27.980
<v Speaker 2>maybe production does increase?

0:33:28.400 --> 0:33:32.980
<v Speaker 4>Well, now that we've unleashed AI, and I hope as

0:33:33.030 --> 0:33:39.490
<v Speaker 4>a card-carrying humanoid, that we can control it. That's an

0:33:39.670 --> 0:33:42.630
<v Speaker 4>open question. I want to tell you, I'm not a robot.

0:33:43.170 --> 0:33:48.570
<v Speaker 4>I'm a grandfather. You're asking some very, very important questions.

0:33:49.590 --> 0:33:54.790
<v Speaker 4>We cannot, as an industry, find and responsibly mine the

0:33:54.810 --> 0:34:01.020
<v Speaker 4>copper that we need for an energy transition with yesterday's technology.

0:34:01.040 --> 0:34:05.430
<v Speaker 4>It's just impossible. We can't mine more copper in the

0:34:05.470 --> 0:34:09.520
<v Speaker 4>next 18 years with yesterday's technology without generating the same

0:34:09.560 --> 0:34:12.560
<v Speaker 4>global warming gas that we were worried about in the

0:34:12.600 --> 0:34:17.979
<v Speaker 4>first place. Because the energy requirement, I'm just talking about diesel,

0:34:18.020 --> 0:34:21.660
<v Speaker 4>the diesel price has skyrocketed. Let's talk about that. The

0:34:21.680 --> 0:34:28.060
<v Speaker 4>straight-air moose remains closed largely today. Global hydrocarbon coming to

0:34:28.080 --> 0:34:30.720
<v Speaker 4>the market is down at least 10%, and the tertiary

0:34:30.739 --> 0:34:37.280
<v Speaker 4>implications are terrifying. sulfuric acid. About 25% of the copper

0:34:37.300 --> 0:34:40.580
<v Speaker 4>that we recover in the world requires sulfuric acid to

0:34:40.620 --> 0:34:43.700
<v Speaker 4>leach it. And it comes out of the Middle East

0:34:43.800 --> 0:34:47.530
<v Speaker 4>from natural gas in places like Qatar. So without that

0:34:47.910 --> 0:34:51.169
<v Speaker 4>sulfuric acid, we've seen prices in the last eight months

0:34:51.210 --> 0:34:54.830
<v Speaker 4>go from $ 150 a ton to well over $ 1, 000 a

0:34:55.250 --> 0:34:58.509
<v Speaker 4>ton for sulfuric acid. It's also used to make fertilizer

0:34:58.969 --> 0:35:02.930
<v Speaker 4>or food or to make semiconductors. It's Sulfuric acid is

0:35:02.989 --> 0:35:07.739
<v Speaker 4>the king of chemicals, but it's a funny byproduct of

0:35:07.780 --> 0:35:10.500
<v Speaker 4>the closure of the strait that the price of sulfuric

0:35:10.580 --> 0:35:14.660
<v Speaker 4>acid is skyrocketing. And in the Congo, we heap leach copper.

0:35:14.800 --> 0:35:19.700
<v Speaker 4>About 25% of the production needs that very same sulfuric acid. Now,

0:35:19.840 --> 0:35:23.130
<v Speaker 4>I'm fortunate in that our company built the largest copper

0:35:23.170 --> 0:35:27.470
<v Speaker 4>smelter on the African continent. It's the most modern copper

0:35:27.489 --> 0:35:30.920
<v Speaker 4>smelter built in the world, and we produce sulfuric acid

0:35:30.960 --> 0:35:34.009
<v Speaker 4>as a byproduct of our copper mines. And we sell

0:35:34.070 --> 0:35:37.230
<v Speaker 4>that sulfuric acid to our brother copper miners in the

0:35:37.290 --> 0:35:40.590
<v Speaker 4>Congo at higher and higher prices. But there is a

0:35:40.630 --> 0:35:44.350
<v Speaker 4>worldwide shortage of sulfuric acid. Russia and China have now

0:35:44.469 --> 0:35:48.120
<v Speaker 4>banned the export of sulfuric acid. And if we don't

0:35:48.160 --> 0:35:50.920
<v Speaker 4>have more of it, food prices are going to rise globally.

0:35:51.560 --> 0:35:55.440
<v Speaker 4>And we are seeing incipient inflation arising through the supply

0:35:55.480 --> 0:36:01.780
<v Speaker 4>chain as our beautiful, integrated, just-in-time world economy breaks down

0:36:01.969 --> 0:36:05.750
<v Speaker 4>into a just in case economy. And now what do

0:36:05.790 --> 0:36:09.290
<v Speaker 4>I mean by just in case? Every country in the

0:36:09.350 --> 0:36:13.850
<v Speaker 4>world is looking to their own supply chain. Japan is

0:36:14.239 --> 0:36:17.860
<v Speaker 4>building up its military. North and South Korea are building

0:36:17.900 --> 0:36:22.440
<v Speaker 4>up their respective militaries. They don't like each other. Taiwan

0:36:22.480 --> 0:36:25.640
<v Speaker 4>is trying to turn into a big porcupine. And in fact,

0:36:25.700 --> 0:36:31.090
<v Speaker 4>if Taiwan goes to Chinese control, TSMC They're a semiconductor company,

0:36:31.250 --> 0:36:35.730
<v Speaker 4>and AMSL, who make the lithograph machines to make semiconductors,

0:36:35.810 --> 0:36:38.550
<v Speaker 4>are rigged to be exploded in the event of falling

0:36:38.590 --> 0:36:44.180
<v Speaker 4>into Chinese hands. China has a massive military buildup. India

0:36:44.500 --> 0:36:47.140
<v Speaker 4>and Pakistan fought a war a little over a year ago.

0:36:47.920 --> 0:36:51.090
<v Speaker 4>Could have gone nuclear. They're both increasing their military budgets.

0:36:51.950 --> 0:36:55.650
<v Speaker 4>Europe is waking up and going to a 3% GDP

0:36:55.690 --> 0:37:00.200
<v Speaker 4>military budget, worried about Russian drones and unconventional warfare. And

0:37:00.239 --> 0:37:05.600
<v Speaker 4>you know the Trump administration is proposing a $ 1. 5 trillion

0:37:05.640 --> 0:37:08.960
<v Speaker 4>budget next year, up 50% for defense. And all of

0:37:09.040 --> 0:37:15.149
<v Speaker 4>these modern systems are copper-intensive. And what happens as these

0:37:15.250 --> 0:37:19.130
<v Speaker 4>countries start to look at copper as a proxy on money?

0:37:19.710 --> 0:37:22.830
<v Speaker 4>Let's just explain that in the last year or two,

0:37:23.070 --> 0:37:25.219
<v Speaker 4>we've seen the dollar price of copper go from $ 4

0:37:25.180 --> 0:37:29.520
<v Speaker 4>to $ 6 or $ 7. But if you live in Japan,

0:37:29.540 --> 0:37:33.600
<v Speaker 4>it was only 50, 60, 70 yen to the dollar.

0:37:34.020 --> 0:37:37.350
<v Speaker 4>As it went to 160 yen to the dollar, it

0:37:37.390 --> 0:37:39.549
<v Speaker 4>just took so much more yen to buy copper. It

0:37:39.590 --> 0:37:43.190
<v Speaker 4>looks twice as expensive in Japan. And in fact, as

0:37:43.210 --> 0:37:48.860
<v Speaker 4>Scott Besson, our Treasury Secretary, is trying to prevent the

0:37:48.890 --> 0:37:51.360
<v Speaker 4>yen from melting down. It's so good for the carry trade,

0:37:51.739 --> 0:37:58.180
<v Speaker 4>for all your hedge fund listeners. But if the yen collapses, Mrs. Watanabe...

0:37:58.250 --> 0:38:01.970
<v Speaker 4>might not buy our treasuries. And then rates go even higher,

0:38:02.550 --> 0:38:04.680
<v Speaker 4>and that wouldn't be good for the midterm elections or

0:38:04.700 --> 0:38:08.120
<v Speaker 4>the 2028 elections. So we've come to a point where

0:38:08.180 --> 0:38:12.799
<v Speaker 4>push has come to shove, and we just haven't had

0:38:12.840 --> 0:38:16.009
<v Speaker 4>enough capital or technology in the mining industry. So we're

0:38:16.030 --> 0:38:20.210
<v Speaker 4>getting back to your question. Can we use Yankee ingenuity

0:38:21.110 --> 0:38:23.430
<v Speaker 4>and innovate our way out of the fact that the

0:38:23.489 --> 0:38:28.210
<v Speaker 4>walls are crushing in on us? Indiana Jones and the

0:38:28.290 --> 0:38:29.210
<v Speaker 4>Temple of Doom.

0:38:30.250 --> 0:38:32.489
<v Speaker 2>You definitely have a way with metaphors. Can I just

0:38:32.530 --> 0:38:32.870
<v Speaker 2>say that?

0:38:33.110 --> 0:38:36.310
<v Speaker 4>Well, no. Those of us in the mining industry scratch

0:38:36.350 --> 0:38:39.330
<v Speaker 4>our heads and wonder, don't these people on Wall Street

0:38:39.450 --> 0:38:42.410
<v Speaker 4>understand how hard it is to build a mine? The

0:38:42.450 --> 0:38:45.870
<v Speaker 4>Resolution Copper Project in Arizona has been trying to get

0:38:45.910 --> 0:38:49.850
<v Speaker 4>a permit for 35 years. So the banana principle is

0:38:49.910 --> 0:38:57.430
<v Speaker 4>build absolutely nothing anywhere near anybody. And the old adage was,

0:38:57.489 --> 0:39:00.390
<v Speaker 4>what's 50,000 lawyers at the bottom of the sea? And

0:39:00.410 --> 0:39:03.529
<v Speaker 4>the answer was a good start. How does Japan work

0:39:03.570 --> 0:39:08.710
<v Speaker 4>with only 2,000 lawyers? We have millions. So we need

0:39:08.910 --> 0:39:12.330
<v Speaker 4>to re-perceive copper as a good. And in the Biden administration,

0:39:12.989 --> 0:39:16.009
<v Speaker 4>we finally got copper added to one of the lists

0:39:16.090 --> 0:39:19.290
<v Speaker 4>as a critical raw material. But the Democratic Party under

0:39:19.310 --> 0:39:23.850
<v Speaker 4>the Biden administration couldn't bring themselves to putting a good housekeeping,

0:39:24.400 --> 0:39:27.549
<v Speaker 4>seal of approval on a mine. They were sort of

0:39:28.010 --> 0:39:30.260
<v Speaker 4>warming up to the idea that we need money. Otherwise,

0:39:30.280 --> 0:39:33.580
<v Speaker 4>you have to burn coal or oil. And they were

0:39:33.640 --> 0:39:36.799
<v Speaker 4>moving in the right direction. I worked with Amos. He

0:39:36.820 --> 0:39:38.900
<v Speaker 4>was in charge of the energy transition, and they were

0:39:38.960 --> 0:39:43.360
<v Speaker 4>recognizing that solar is good, wind is good, but the

0:39:43.400 --> 0:39:45.779
<v Speaker 4>wind doesn't blow all the time, the sun doesn't shine

0:39:45.820 --> 0:39:49.390
<v Speaker 4>all the time, you need grid-scale batteries all My obsession

0:39:49.430 --> 0:39:52.719
<v Speaker 4>is with geothermal power. And my obsession is with a

0:39:52.780 --> 0:39:56.020
<v Speaker 4>cleaner and greener way to liberate these metals. And the

0:39:56.080 --> 0:40:00.739
<v Speaker 4>good news is that there is disruptive technology available that

0:40:01.160 --> 0:40:03.200
<v Speaker 4>we are working on. We've had the support of a

0:40:03.719 --> 0:40:08.920
<v Speaker 4>lot of major tech investors and a number of governments, Japanese, French,

0:40:08.980 --> 0:40:11.520
<v Speaker 4>and the United States government. And we do think it

0:40:11.640 --> 0:40:16.299
<v Speaker 4>is with great difficulty possible to innovate our way out

0:40:16.340 --> 0:40:19.180
<v Speaker 4>of this mess. but it's going to be very tough

0:40:19.900 --> 0:40:22.880
<v Speaker 4>and it's going to be a very closely fought thing.

0:40:38.989 --> 0:40:41.799
<v Speaker 3>You know, I recognize that you, you know, when we

0:40:41.840 --> 0:40:45.060
<v Speaker 3>talk about your actual operational footprint, You're talking about Africa.

0:40:45.080 --> 0:40:47.540
<v Speaker 1>We've also talked about South America.

0:40:47.800 --> 0:40:51.140
<v Speaker 3>In this world now where everybody is trying to, we

0:40:51.180 --> 0:40:56.490
<v Speaker 3>call it balkanization or resource nationalism or so forth. Earlier

0:40:56.530 --> 0:40:59.980
<v Speaker 3>this week, I know that's not where you're digging stuff

0:41:00.040 --> 0:41:02.120
<v Speaker 3>out of the ground, but where you have kind of

0:41:02.140 --> 0:41:05.310
<v Speaker 3>a base in Canada. There was news of the government

0:41:05.350 --> 0:41:10.270
<v Speaker 3>investing $ 405 million on a new highway project, build out

0:41:10.350 --> 0:41:14.690
<v Speaker 3>the transportation infrastructure in parts of the country, a country

0:41:14.730 --> 0:41:18.230
<v Speaker 3>that is endowed with quite a bit of important materials.

0:41:18.880 --> 0:41:23.100
<v Speaker 3>Do you think there is a big opportunity there? The

0:41:23.200 --> 0:41:27.700
<v Speaker 3>current government actually seems quite serious about resource investment in

0:41:27.739 --> 0:41:31.310
<v Speaker 3>a way that perhaps prior liberal governments governments in Canada

0:41:31.350 --> 0:41:34.210
<v Speaker 3>hadn't been. Are you optimistic or do you see a

0:41:34.410 --> 0:41:37.469
<v Speaker 3>prospect for there is a lot there if we invest

0:41:37.530 --> 0:41:39.790
<v Speaker 3>in the infrastructure to drive out and get it?

0:41:40.820 --> 0:41:44.180
<v Speaker 4>So I need you to understand that we are in

0:41:44.260 --> 0:41:50.660
<v Speaker 4>the low foothills, not the Rocky Mountains. We're in the

0:41:50.719 --> 0:41:56.310
<v Speaker 4>low foothills of the Himalayas and the metal demand we

0:41:56.390 --> 0:41:58.989
<v Speaker 4>face if we want to green the world economy, because

0:41:59.010 --> 0:42:04.359
<v Speaker 4>the Bloomberg organization has a lot of good work done

0:42:04.500 --> 0:42:09.419
<v Speaker 4>on global ecological issues. And yet we face the incipient

0:42:09.840 --> 0:42:14.160
<v Speaker 4>and viral war that has broken out in Ukraine, in

0:42:14.180 --> 0:42:19.990
<v Speaker 4>the Middle East, Iran, Hormuz. And we have balkanized ourselves

0:42:20.070 --> 0:42:25.050
<v Speaker 4>into two giant opposing groups. We have Russia, China, North Korea,

0:42:25.590 --> 0:42:30.469
<v Speaker 4>and Iran closely cooperating. Iran now has hypersonic missiles, which,

0:42:30.550 --> 0:42:33.830
<v Speaker 4>by the way, we don't have yet, that are steerable,

0:42:34.350 --> 0:42:40.149
<v Speaker 4>that are incredibly amazing that Iran can target missiles so

0:42:40.210 --> 0:42:44.060
<v Speaker 4>precisely with technology that must have come from Russia or China.

0:42:45.360 --> 0:42:47.980
<v Speaker 4>And we have a countervailing pressure. And if you look

0:42:48.120 --> 0:42:52.380
<v Speaker 4>at our president, he told Mr. Zelensky in Ukraine, I

0:42:52.400 --> 0:42:55.130
<v Speaker 4>will help you if you give me critical raw materials.

0:42:55.230 --> 0:42:59.290
<v Speaker 4>It's become very mercantile. You never saw an American president say,

0:42:59.750 --> 0:43:02.770
<v Speaker 4>I will help you, only if we have critical raw materials.

0:43:03.370 --> 0:43:05.489
<v Speaker 4>If you'll give me five minutes, I want to talk

0:43:05.510 --> 0:43:08.469
<v Speaker 4>to you about World War II and the current situation.

0:43:08.890 --> 0:43:14.590
<v Speaker 3>Tracy and I are both middle-aged dads who love.

0:43:12.830 --> 0:43:13.590
<v Speaker 2>World War II.

0:43:13.610 --> 0:43:17.049
<v Speaker 4>Most of your listeners are too young, so I really

0:43:17.090 --> 0:43:19.850
<v Speaker 4>need to explain this to you by analogy. The Japanese

0:43:19.890 --> 0:43:21.670
<v Speaker 4>thought it was a good idea for some reason to

0:43:21.710 --> 0:43:25.230
<v Speaker 4>bomb Pearl Harbor. They had an idea in their mind,

0:43:25.270 --> 0:43:28.049
<v Speaker 4>and they did it, and Franklin D. Roosevelt, who was

0:43:28.090 --> 0:43:29.860
<v Speaker 4>a Democrat, was President of the United States, and he

0:43:29.890 --> 0:43:33.660
<v Speaker 4>was an isolationist. He did not want to get involved

0:43:33.739 --> 0:43:37.239
<v Speaker 4>in World War II, but in England, you had Chamberlain

0:43:37.280 --> 0:43:43.000
<v Speaker 4>and you had Churchill. And Churchill was obsessed with the Nazis,

0:43:43.530 --> 0:43:46.890
<v Speaker 4>and he came to Franklin D. Roosevelt begging for help.

0:43:48.010 --> 0:43:54.750
<v Speaker 4>And ultimately, in 1940-41, Churchill grudgingly said, got a message

0:43:54.810 --> 0:43:57.640
<v Speaker 4>from Roosevelt, I will lend you and I will lease

0:43:57.680 --> 0:43:59.339
<v Speaker 4>you what you need for the war effort. I won't

0:43:59.360 --> 0:44:02.600
<v Speaker 4>give you anything for free, but I'll lend you coal,

0:44:02.640 --> 0:44:05.259
<v Speaker 4>I'll lend you oil, I'll lend you copper, I'll lend

0:44:05.300 --> 0:44:07.920
<v Speaker 4>you tin, I'll send it over on my merchant shipping

0:44:07.960 --> 0:44:10.879
<v Speaker 4>with American boys, and later on you pay me back

0:44:10.920 --> 0:44:14.360
<v Speaker 4>with interest. Because he was an isolationist. He didn't want

0:44:14.380 --> 0:44:18.140
<v Speaker 4>to get in the war. The Germans invented these incredible

0:44:18.160 --> 0:44:22.009
<v Speaker 4>little U-boats, little needle submarines, and they started sinking our

0:44:22.050 --> 0:44:27.080
<v Speaker 4>merchant shipping, interrupting the supply chain, between the United States

0:44:27.140 --> 0:44:31.719
<v Speaker 4>and Great Britain during the war. Fortunately, a group of

0:44:31.840 --> 0:44:37.500
<v Speaker 4>mathematicians in England broke the Enigma code. And had that

0:44:37.580 --> 0:44:41.700
<v Speaker 4>not happened, everybody in England today would be speaking German.

0:44:42.180 --> 0:44:45.700
<v Speaker 4>It was a very closely fought thing. The Germans were

0:44:45.739 --> 0:44:50.779
<v Speaker 4>working on heavy water reactors and nuclear weapons. Ultimately, we

0:44:50.860 --> 0:44:55.669
<v Speaker 4>dropped an atomic bomb on Hiroshima. It was a uranium bomb,

0:44:55.710 --> 0:44:58.730
<v Speaker 4>and then our second bomb we dropped was a plutonium bomb.

0:44:58.810 --> 0:45:02.270
<v Speaker 4>It was a science experiment. Truman authorized a second bomb

0:45:02.290 --> 0:45:04.509
<v Speaker 4>to be dropped, and America came out on top of

0:45:04.550 --> 0:45:10.220
<v Speaker 4>the world. Now, today, the supply chain is being interrupted,

0:45:10.780 --> 0:45:13.180
<v Speaker 4>and none of those commodities that we needed in World

0:45:13.200 --> 0:45:17.440
<v Speaker 4>War II are relevant. Without gallium, there is no NVIDIA,

0:45:18.219 --> 0:45:24.799
<v Speaker 4>no NVIDIA chips. Without scandium, rhenium, dysprosium, niobium, tantalum. These

0:45:24.860 --> 0:45:27.580
<v Speaker 4>are metals you don't even know about. We can't build

0:45:27.640 --> 0:45:32.910
<v Speaker 4>this studio. We can't develop AI as fast as the Chinese.

0:45:33.570 --> 0:45:38.189
<v Speaker 4>And our hyperscalers are getting in debt. They're borrowing money

0:45:38.230 --> 0:45:41.190
<v Speaker 4>to pour concrete and steel. Their heads are in the clouds,

0:45:41.210 --> 0:45:44.300
<v Speaker 4>but their feet are of clay. They're sitting on the earth.

0:45:44.760 --> 0:45:47.860
<v Speaker 4>And there's a shortage of electrical capacity in our country

0:45:47.880 --> 0:45:50.580
<v Speaker 4>to run these data centers. In fact, there's a backlash

0:45:50.700 --> 0:45:54.089
<v Speaker 4>against data centers in the US because voters are seeing

0:45:54.110 --> 0:45:57.009
<v Speaker 4>the price of electricity go up. And so this is

0:45:57.070 --> 0:46:01.310
<v Speaker 4>a very strange, weird thing unfolding here, that China has

0:46:01.370 --> 0:46:04.520
<v Speaker 4>more than twice the electrical energy it needs to run

0:46:04.600 --> 0:46:08.540
<v Speaker 4>its society, and we don't. You know, there was a

0:46:08.800 --> 0:46:11.160
<v Speaker 4>power failure here in New York. I think it was

0:46:11.380 --> 0:46:14.480
<v Speaker 4>the 1970s or 1980s. Our power here in New York

0:46:14.880 --> 0:46:17.750
<v Speaker 4>comes from a hydropower in Quebec. It comes down from

0:46:17.770 --> 0:46:21.370
<v Speaker 4>hydroelectric dams that you could never build today. The A

0:46:21.410 --> 0:46:23.350
<v Speaker 4>bunch of hippies would lay in front of the bulldozers

0:46:23.390 --> 0:46:26.150
<v Speaker 4>to prevent those lakes from being developed. But when the

0:46:26.190 --> 0:46:27.509
<v Speaker 4>power went out here in New York, a lot of

0:46:27.550 --> 0:46:30.450
<v Speaker 4>babies got made. Nine months later, there was a big

0:46:30.510 --> 0:46:33.570
<v Speaker 4>bump of babies because there was nothing else to do.

0:46:33.590 --> 0:46:36.600
<v Speaker 4>It was dark out. People stayed at home. They were

0:46:36.620 --> 0:46:43.480
<v Speaker 4>worried about looting. But today, if you want everything Elon's doing,

0:46:43.660 --> 0:46:47.399
<v Speaker 4>if you want Grok, if you want AI, you want

0:46:47.440 --> 0:46:51.160
<v Speaker 4>humanoid robots, you want electric cars, you want microwave ovens

0:46:51.200 --> 0:46:54.700
<v Speaker 4>and washing machines, you want to clean the environment, and

0:46:54.760 --> 0:46:58.540
<v Speaker 4>you want to defend yourself against drones coming to get you,

0:46:59.100 --> 0:47:05.520
<v Speaker 4>you need ultra-sophisticated critical metals. And unfortunately, all of them

0:47:05.580 --> 0:47:07.980
<v Speaker 4>are developed by China. They're not found here in the

0:47:08.000 --> 0:47:12.910
<v Speaker 4>United States. And the Chinese are very rationalized and in

0:47:12.950 --> 0:47:16.029
<v Speaker 4>an intelligent way are saying, we're not going to sell

0:47:16.050 --> 0:47:18.509
<v Speaker 4>them to you unless we agree. In fact, If you're

0:47:18.530 --> 0:47:21.550
<v Speaker 4>a U.S. manufacturer, you now have to give your plans

0:47:21.610 --> 0:47:25.370
<v Speaker 4>to the China Military Commission and say, why I want

0:47:25.450 --> 0:47:28.210
<v Speaker 4>one of these metals. And then they study it, they

0:47:28.250 --> 0:47:31.050
<v Speaker 4>look at your blueprints, and they can refuse the supply

0:47:31.090 --> 0:47:34.850
<v Speaker 4>of those metals for any reason or no reason. Now,

0:47:35.219 --> 0:47:39.020
<v Speaker 4>we're ahead as a society on chips, and they're ahead

0:47:39.200 --> 0:47:42.520
<v Speaker 4>on critical raw materials. And maybe there's some big trade

0:47:42.560 --> 0:47:46.640
<v Speaker 4>to be made here when Scott Besant negotiates, and in fact,

0:47:46.739 --> 0:47:49.310
<v Speaker 4>President Xi Jinping is is due in the United States,

0:47:49.350 --> 0:47:54.580
<v Speaker 4>September 24th, and this could go two ways. We could

0:47:54.640 --> 0:47:57.260
<v Speaker 4>play the game with each other like on a level

0:47:57.320 --> 0:48:00.500
<v Speaker 4>playing field with a game of rules like rugby, where

0:48:01.020 --> 0:48:03.620
<v Speaker 4>I break your collarbone and you break mine, but we

0:48:03.660 --> 0:48:06.410
<v Speaker 4>don't kill each other. Or this could spin out of

0:48:06.469 --> 0:48:10.770
<v Speaker 4>control because Chinese AI is coming. It's as good as ours.

0:48:11.370 --> 0:48:15.530
<v Speaker 4>It's 99% as good as ours, and they're going open source.

0:48:16.170 --> 0:48:18.830
<v Speaker 4>They're going to give it to American Enterprise for free

0:48:19.590 --> 0:48:23.610
<v Speaker 4>while the hyperscalers are betting the farm on astronomically large

0:48:24.070 --> 0:48:28.029
<v Speaker 4>capital investments. But they can't find the electricity in the

0:48:28.050 --> 0:48:31.580
<v Speaker 4>United States and the critical raw materials to develop these things.

0:48:31.620 --> 0:48:34.740
<v Speaker 4>And that's why I told Bloomberg recently as a miner,

0:48:35.219 --> 0:48:39.400
<v Speaker 4>I'm being approached by unconventional interest out of Silicon Valley.

0:48:39.520 --> 0:48:42.239
<v Speaker 4>And we're talking to the big hyperscalers who are saying,

0:48:42.300 --> 0:48:43.420
<v Speaker 4>my God, we've got a problem now.

0:48:44.510 --> 0:48:46.770
<v Speaker 2>What exactly do they want to do here? Are they

0:48:46.810 --> 0:48:50.810
<v Speaker 2>talking about like investing equity or owning some sort of facility?

0:48:51.210 --> 0:48:53.730
<v Speaker 4>Well, you know, nobody that's in technology wants to get

0:48:53.770 --> 0:48:58.360
<v Speaker 4>their hands dirty mining because, you know, a tailings dam

0:48:58.380 --> 0:49:01.280
<v Speaker 4>can collapse. There could be an environmental issue in mining.

0:49:01.680 --> 0:49:04.800
<v Speaker 4>And we like to think that technology exists in a

0:49:04.840 --> 0:49:07.920
<v Speaker 4>parallel universe where we never get our hands dirty, but

0:49:07.980 --> 0:49:11.820
<v Speaker 4>it's the technology that's drawing all this electricity that is

0:49:11.890 --> 0:49:15.029
<v Speaker 4>generating global warming gas. In other words, It would be

0:49:15.090 --> 0:49:18.750
<v Speaker 4>neat if Microsoft could run all of their power off

0:49:18.770 --> 0:49:21.969
<v Speaker 4>of nuclear power plants. In fact, they went after Three

0:49:22.010 --> 0:49:25.259
<v Speaker 4>Mile Island to reopen it to provide the electricity for

0:49:25.300 --> 0:49:30.360
<v Speaker 4>these data centers. But actually, currently, they're going to natural gas,

0:49:30.460 --> 0:49:33.620
<v Speaker 4>and that's not really that green. And there's a seven-year

0:49:33.640 --> 0:49:36.420
<v Speaker 4>wait to get a gas turbine to power a natural

0:49:36.440 --> 0:49:39.919
<v Speaker 4>gas power plant, ergo bloom energy. Their stock has gone

0:49:39.960 --> 0:49:43.040
<v Speaker 4>up because they have solid oxide fuel cells as an

0:49:43.140 --> 0:49:48.410
<v Speaker 4>alternative to generate electrical energy for a data center. A

0:49:48.450 --> 0:49:53.230
<v Speaker 4>data center needs uninterruptible power. It can't work on solar

0:49:53.250 --> 0:49:55.810
<v Speaker 4>because the sun doesn't shine all the time. It can't

0:49:55.850 --> 0:49:58.190
<v Speaker 4>work on wind. The wind doesn't blow all the time.

0:49:58.810 --> 0:50:01.430
<v Speaker 4>And so to build a solid oxide fuel cell, you

0:50:01.469 --> 0:50:05.170
<v Speaker 4>need scandium metal. You can't build it without it. Or

0:50:05.210 --> 0:50:08.410
<v Speaker 4>to build a natural gas turbine, you need rhenium metal.

0:50:08.760 --> 0:50:11.839
<v Speaker 4>metal in the core of the turbine. And so we're

0:50:11.900 --> 0:50:16.359
<v Speaker 4>really bumping up against critical materials to enable this kind

0:50:16.400 --> 0:50:19.380
<v Speaker 4>of thing that we're doing today to exist at scale.

0:50:19.880 --> 0:50:23.600
<v Speaker 4>And the problem for us is that the response to

0:50:23.640 --> 0:50:25.890
<v Speaker 4>this question has to be at the scale of the

0:50:25.930 --> 0:50:29.790
<v Speaker 4>American economy. If we're a little country like Honduras, we

0:50:29.830 --> 0:50:34.029
<v Speaker 4>wouldn't need very much, but we're big. And in order

0:50:34.050 --> 0:50:38.330
<v Speaker 4>to keep growing and going to AI, suddenly the miners

0:50:38.900 --> 0:50:42.160
<v Speaker 4>become the key, and we can't go on mining the

0:50:42.180 --> 0:50:44.260
<v Speaker 4>way we used to mine or we're going to destroy

0:50:44.300 --> 0:50:48.450
<v Speaker 4>this planet. Instead of mining oil and gas and coal,

0:50:48.890 --> 0:50:51.370
<v Speaker 4>we're going to rip up every mountainside on the planet

0:50:51.850 --> 0:50:54.870
<v Speaker 4>trying to find enough copper to have an energy transition.

0:50:54.930 --> 0:51:00.049
<v Speaker 4>And so we are dependent on becoming technologically savvy and

0:51:00.070 --> 0:51:03.390
<v Speaker 4>a technological revolution. It's not going to be easy, but

0:51:03.660 --> 0:51:05.600
<v Speaker 4>I'm working on it and a lot of people I

0:51:05.620 --> 0:51:05.810
<v Speaker 4>know are.

0:51:05.820 --> 0:51:06.090
<v Speaker 1>Thank you.

0:51:06.560 --> 0:51:10.160
<v Speaker 3>Just real quickly, you mentioned the long wait for natural

0:51:10.180 --> 0:51:15.620
<v Speaker 3>gas turbines right now. For you, placing orders for equipment,

0:51:16.219 --> 0:51:19.370
<v Speaker 3>just the standard run-of-the-mill equipment, things that dig stuff out

0:51:19.410 --> 0:51:23.990
<v Speaker 3>of the ground, are there constraints these days the likes

0:51:24.030 --> 0:51:25.910
<v Speaker 3>you wouldn't have faced 10 years ago to buy the

0:51:25.930 --> 0:51:27.529
<v Speaker 3>same thing?

0:51:27.830 --> 0:51:31.629
<v Speaker 4>It's so bad that it's beyond your wildest imagination. We

0:51:32.250 --> 0:51:36.250
<v Speaker 4>went up to Mongolia in the Gobi Desert. And we

0:51:36.290 --> 0:51:38.870
<v Speaker 4>discovered the Oyotogo at Copper and Gold Mine, which today

0:51:38.930 --> 0:51:41.770
<v Speaker 4>is ranking about number four in the world in copper

0:51:41.810 --> 0:51:44.270
<v Speaker 4>and has the world's second or third largest gold resource.

0:51:44.780 --> 0:51:46.980
<v Speaker 4>And we're in the Gobi Desert. And we invested about

0:51:46.980 --> 0:51:52.020
<v Speaker 4>$ 7 billion to discover this thing and to start to

0:51:52.060 --> 0:51:54.719
<v Speaker 4>build it. But we didn't have the water. We didn't

0:51:54.760 --> 0:51:56.460
<v Speaker 4>have enough water around the mine. So we had to

0:51:56.480 --> 0:51:58.780
<v Speaker 4>go out looking for water. And if we couldn't find

0:51:58.820 --> 0:52:02.030
<v Speaker 4>the water, we would have had a $ 7 billion modern

0:52:02.150 --> 0:52:05.930
<v Speaker 4>art sculpture out there in the middle of the Gobi Desert. Today...

0:52:06.040 --> 0:52:08.680
<v Speaker 4>About $ 20 billion of capital has gone into that mine.

0:52:09.030 --> 0:52:14.670
<v Speaker 4>Rio Tinto bought the company, and it's in production. And

0:52:15.090 --> 0:52:19.109
<v Speaker 4>it runs on imported electricity from China on a $ 100

0:52:18.750 --> 0:52:22.400
<v Speaker 4>million extension cord, and the Chinese can just unplug it.

0:52:23.489 --> 0:52:26.860
<v Speaker 4>But they sell all of that copper into the Chinese economy,

0:52:27.260 --> 0:52:30.819
<v Speaker 4>so it's in China's interest to allow that mine to operate. So,

0:52:30.940 --> 0:52:33.779
<v Speaker 4>you know, there's an example of going somewhere to find

0:52:33.820 --> 0:52:37.410
<v Speaker 4>something that's very energy-intensive. Now repeat your question.

0:52:38.950 --> 0:52:41.810
<v Speaker 1>No, I just mean you want to buy a big shovel.

0:52:42.170 --> 0:52:45.230
<v Speaker 1>A big, like, what's the backlog for that?

0:52:45.330 --> 0:52:47.140
<v Speaker 4>I want to tell you about that mine. So when

0:52:47.180 --> 0:52:49.600
<v Speaker 4>we were building that mine, I built the phase one mine.

0:52:50.140 --> 0:52:53.440
<v Speaker 4>We had the world's largest electrical motors. They're like giant

0:52:53.460 --> 0:52:57.220
<v Speaker 4>washing machines. And there's rocks and steel balls. You tumble

0:52:57.260 --> 0:53:00.200
<v Speaker 4>the rocks. And slowly the rocks bash against each other

0:53:00.219 --> 0:53:02.710
<v Speaker 4>with these steel balls. And with a huge amount of

0:53:02.750 --> 0:53:05.390
<v Speaker 4>electrical energy, you grind it down to talcum powder. to

0:53:05.450 --> 0:53:10.630
<v Speaker 4>liberate the copper. And the ring gear around those giant motors,

0:53:10.670 --> 0:53:14.299
<v Speaker 4>these motors are 40 feet in diameter approximately, it was

0:53:14.320 --> 0:53:16.480
<v Speaker 4>a four and a half year wait to get the

0:53:16.520 --> 0:53:19.279
<v Speaker 4>ring gear. In other words, you order the motor, four

0:53:19.300 --> 0:53:21.750
<v Speaker 4>and a half years later, Siemens or ABB could build it.

0:53:22.160 --> 0:53:24.879
<v Speaker 4>Today it'd be an eight or 10 year wait, if ever.

0:53:24.900 --> 0:53:29.470
<v Speaker 4>And the hyperscalers are trying to get a gas turbine today,

0:53:30.330 --> 0:53:31.750
<v Speaker 4>because we have a lot of natural gas in the

0:53:31.770 --> 0:53:35.200
<v Speaker 4>United States. You're generating global warming gas for your AI,

0:53:35.239 --> 0:53:37.840
<v Speaker 4>but it's about a six or seven or eight year wait.

0:53:38.520 --> 0:53:41.500
<v Speaker 4>And today, when you read the fine print in those

0:53:41.580 --> 0:53:45.250
<v Speaker 4>supply contracts, they say, well, there's a force majeure clause.

0:53:45.290 --> 0:53:47.890
<v Speaker 4>If we can't get one of the metals, we just

0:53:47.930 --> 0:53:49.850
<v Speaker 4>won't deliver it. Now, I'll give you an example. We

0:53:49.890 --> 0:53:53.310
<v Speaker 4>had a temporary problem at one of our copper mines

0:53:53.790 --> 0:53:58.390
<v Speaker 4>in the Congo. We had a flood due to a

0:53:58.489 --> 0:54:01.759
<v Speaker 4>seismic event. And we needed to pump the water out

0:54:01.780 --> 0:54:05.009
<v Speaker 4>of the mine. And, you know, the mine's about the

0:54:05.050 --> 0:54:08.029
<v Speaker 4>depth of the height of the Eiffel Tower or a little,

0:54:08.530 --> 0:54:11.910
<v Speaker 4>maybe two Eiffel Towers deep. And the pumps we needed

0:54:12.270 --> 0:54:17.900
<v Speaker 4>pump 1,300 liters per second, three times the height of

0:54:17.910 --> 0:54:21.779
<v Speaker 4>the Eiffel Tower. So these are very sophisticated pumps. And

0:54:21.820 --> 0:54:24.859
<v Speaker 4>we called the Americans. They said, sorry, we can't build them.

0:54:25.320 --> 0:54:28.460
<v Speaker 4>We called the Germans. No deal. We called all over

0:54:28.520 --> 0:54:31.120
<v Speaker 4>the planet. We said, why not? And they said, we

0:54:31.160 --> 0:54:35.420
<v Speaker 4>can't get the samarium cobalt magnets for the electric motors

0:54:35.440 --> 0:54:38.060
<v Speaker 4>because these pumps are like a rocket ship. They're almost

0:54:38.100 --> 0:54:43.650
<v Speaker 4>three meters in diameter. They're 80, 90 feet long. We

0:54:43.989 --> 0:54:47.149
<v Speaker 4>lowered them down these shafts. Only the Chinese could build

0:54:47.210 --> 0:54:51.670
<v Speaker 4>those pumps. Fortunately, the Chinese were buying our copper. And

0:54:51.710 --> 0:54:53.950
<v Speaker 4>so they built the pumps in 30 days, and we

0:54:53.969 --> 0:54:56.920
<v Speaker 4>got the mine pumped out. When we were flooded, we

0:54:56.940 --> 0:54:59.719
<v Speaker 4>were losing about $ 15 million a day in revenue. So

0:54:59.960 --> 0:55:02.279
<v Speaker 4>it wasn't a money question. It was just, who's going

0:55:02.300 --> 0:55:05.360
<v Speaker 4>to sell us a pump? So, you know, there's a

0:55:05.400 --> 0:55:08.549
<v Speaker 4>great song by Bob Dylan. You know, you're both too

0:55:08.610 --> 0:55:11.270
<v Speaker 4>young to remember it. It was the first real rap song.

0:55:11.890 --> 0:55:15.910
<v Speaker 4>It was called Subterranean Homesick Blues. And you should play

0:55:15.950 --> 0:55:19.710
<v Speaker 4>it because it's early rap. But there's two great lines

0:55:19.750 --> 0:55:26.549
<v Speaker 4>in that song from Robert Zimmerman, a.k.a. Bob Dylan. One was,

0:55:27.210 --> 0:55:29.210
<v Speaker 4>you don't need a weatherman to know the way the

0:55:29.250 --> 0:55:33.130
<v Speaker 4>wind is blowing. And the final line in the song,

0:55:33.570 --> 0:55:37.630
<v Speaker 4>it ends with, the pump won't work because the vandals

0:55:37.690 --> 0:55:42.760
<v Speaker 4>took the handle. And what's happening now is that it's

0:55:42.840 --> 0:55:48.379
<v Speaker 4>recognized that by withdrawing certain critical raw materials, you can

0:55:48.540 --> 0:55:51.080
<v Speaker 4>bring our economy to a halt. If you look at

0:55:51.140 --> 0:55:55.340
<v Speaker 4>a Boeing 747 on the runway, it's got four million parts.

0:55:56.130 --> 0:55:58.569
<v Speaker 4>But if one part is missing, it doesn't take off.

0:55:59.270 --> 0:56:04.009
<v Speaker 4>And so as our systems get more complex, we're in

0:56:04.030 --> 0:56:06.450
<v Speaker 4>a position to blackmail each other. And right now we

0:56:06.469 --> 0:56:08.109
<v Speaker 4>could tell China, I'll give you an example. I was

0:56:08.530 --> 0:56:12.910
<v Speaker 4>talking to our treasury secretary. He's an amazing person, Scott Besson.

0:56:13.590 --> 0:56:15.989
<v Speaker 4>And I was asking about our discussion with the Chinese.

0:56:16.030 --> 0:56:18.460
<v Speaker 4>And he said, I sat down with the Chinese and

0:56:18.500 --> 0:56:24.400
<v Speaker 4>they said, you bastards haven't delivered the Boeing, the General

0:56:24.420 --> 0:56:29.279
<v Speaker 4>Electric engines, For our Boeing airplanes, you promised us. And

0:56:29.320 --> 0:56:31.480
<v Speaker 4>he said, well, you haven't given us the critical metals.

0:56:31.500 --> 0:56:34.279
<v Speaker 4>We need to build those engines. And so we're starting

0:56:34.300 --> 0:56:37.520
<v Speaker 4>to point a gun at each other's temple. And there's

0:56:37.560 --> 0:56:40.719
<v Speaker 4>this giant chess game going on. And we used to

0:56:40.940 --> 0:56:45.120
<v Speaker 4>get this over crude oil. And now it's moving towards

0:56:45.219 --> 0:56:48.590
<v Speaker 4>a suite of critical metals that you don't talk about

0:56:48.850 --> 0:56:50.150
<v Speaker 4>enough on Odd Lots.

0:56:51.310 --> 0:56:53.089
<v Speaker 2>Well, we're fixing that now.

0:56:53.110 --> 0:56:53.310
<v Speaker 4>Yeah.

0:56:54.280 --> 0:56:57.739
<v Speaker 2>So related to this, one of the reasons that copper

0:56:58.040 --> 0:57:01.760
<v Speaker 2>is falling this morning, and we're recording this on September 10th,

0:57:01.960 --> 0:57:04.399
<v Speaker 2>but there's a report out saying that the White House

0:57:04.460 --> 0:57:08.750
<v Speaker 2>hasn't made a decision yet on refined copper tariffs. Do

0:57:08.810 --> 0:57:12.750
<v Speaker 2>tariffs help boost production in the U.S. if the constraint is,

0:57:12.770 --> 0:57:15.670
<v Speaker 2>you know, geological and legal and bureaucracy?

0:57:16.330 --> 0:57:18.910
<v Speaker 4>So Ernie called me from Reuters yesterday and I told

0:57:18.930 --> 0:57:22.070
<v Speaker 4>him I didn't want to comment on it because I've

0:57:22.090 --> 0:57:24.250
<v Speaker 4>been wearing out my shoe leather going into the Biden

0:57:24.270 --> 0:57:29.230
<v Speaker 4>administration and Trump administration. But I could argue both sides

0:57:29.270 --> 0:57:32.450
<v Speaker 4>of the proposition for you without telling you where I stand.

0:57:33.790 --> 0:57:34.990
<v Speaker 1>Personally.

0:57:35.270 --> 0:57:38.870
<v Speaker 4>Smart. You know, in the old days, tariffs was the

0:57:38.950 --> 0:57:44.590
<v Speaker 4>principal way that governments collected revenue in the British Empire

0:57:44.680 --> 0:57:47.760
<v Speaker 4>when the sun never set on the British Empire and

0:57:47.800 --> 0:57:53.380
<v Speaker 4>we had ships. the British crown authorized piracy. You know,

0:57:53.420 --> 0:57:55.380
<v Speaker 4>you're a privateer, you go out and kill somebody, and

0:57:55.660 --> 0:57:58.620
<v Speaker 4>as long as 12.5% went to the crown, or they

0:57:58.640 --> 0:58:03.520
<v Speaker 4>had tariffs. And we didn't invent income taxes until the

0:58:03.950 --> 0:58:08.110
<v Speaker 4>1930s or so. And the problem is that if I

0:58:08.150 --> 0:58:11.190
<v Speaker 4>go to the Congo, the grade of the copper there

0:58:11.270 --> 0:58:16.360
<v Speaker 4>is 3%, 4%, 5%, 6%. It's unbelievably rich. And there's

0:58:16.360 --> 0:58:19.700
<v Speaker 4>100 million people in the Congo. The median age, do

0:58:19.720 --> 0:58:21.200
<v Speaker 4>you know what the median age of a person is

0:58:21.360 --> 0:58:23.160
<v Speaker 4>in the Congo?

0:58:23.160 --> 0:58:23.230
<v Speaker 2>18.7.

0:58:23.220 --> 0:58:29.960
<v Speaker 4>So it's a very young population, Generation Z. And they

0:58:29.980 --> 0:58:31.840
<v Speaker 4>don't remember the days of the Civil War. They want

0:58:31.860 --> 0:58:34.980
<v Speaker 4>to work. And I can get a brilliant software engineer

0:58:35.360 --> 0:58:40.090
<v Speaker 4>that's Congolese, who knows AI, or who can run automated

0:58:40.150 --> 0:58:43.890
<v Speaker 4>equipment for $ 800 or $ 1, 000 a month. If I want

0:58:43.910 --> 0:58:47.740
<v Speaker 4>to mine copper in the United States, The United Steelworkers

0:58:47.780 --> 0:58:50.620
<v Speaker 4>of America want over $ 100 an hour to go underground.

0:58:51.300 --> 0:58:54.930
<v Speaker 4>And we have environmental legislation and legal constraints that make

0:58:54.970 --> 0:58:57.630
<v Speaker 4>it much more expensive to mine in the United States.

0:58:58.370 --> 0:59:00.330
<v Speaker 4>But this is a paradigm. If you want to build

0:59:00.390 --> 0:59:02.750
<v Speaker 4>a nuclear power plant in the United States or you

0:59:02.770 --> 0:59:04.110
<v Speaker 4>want to put it in a data center in the

0:59:04.130 --> 0:59:08.370
<v Speaker 4>United States, it takes big, big money. So mining tended

0:59:08.410 --> 0:59:11.420
<v Speaker 4>to go around the world. where the resources are higher

0:59:11.480 --> 0:59:17.180
<v Speaker 4>grade or lower cost. But what happened was the financial

0:59:17.260 --> 0:59:20.390
<v Speaker 4>system invented the net present value model. It was originally

0:59:20.430 --> 0:59:25.050
<v Speaker 4>made for oil and gas. The mining companies started NPV models.

0:59:26.130 --> 0:59:28.370
<v Speaker 4>All the mining companies were valued on NPV. And it's

0:59:28.410 --> 0:59:32.450
<v Speaker 4>a stupid idea because Mines cannot be modeled to NPV.

0:59:32.810 --> 0:59:35.950
<v Speaker 4>Oil fields can, but not mines. Oil fields decline very

0:59:36.030 --> 0:59:39.790
<v Speaker 4>fast if you don't put money into them. The energy

0:59:39.810 --> 0:59:43.050
<v Speaker 4>in the reservoir depletes. But a mine with 100 years

0:59:43.090 --> 0:59:45.990
<v Speaker 4>of reserves doesn't deplete like an oil field. So the

0:59:46.070 --> 0:59:50.380
<v Speaker 4>NPV model suppressed the valuation of mining companies. In fact, today,

0:59:50.440 --> 0:59:54.340
<v Speaker 4>mining companies in the aggregate only have the value of

0:59:54.380 --> 0:59:57.060
<v Speaker 4>less than 1% of the S &amp; P 500, which

0:59:57.120 --> 1:00:01.360
<v Speaker 4>is an all-time low for mining. Now, The Chinese saw

1:00:01.400 --> 1:00:04.060
<v Speaker 4>this and they said, my God, we got 1.3 billion

1:00:04.100 --> 1:00:07.360
<v Speaker 4>people to feed forever. These stupid Americans are willing to

1:00:07.410 --> 1:00:09.650
<v Speaker 4>sell all this. And they just came in over the

1:00:09.710 --> 1:00:14.050
<v Speaker 4>top and they intelligently just bought the entire supply chain.

1:00:14.550 --> 1:00:18.190
<v Speaker 4>They bought everything that wasn't bolted down. And so, you know,

1:00:18.610 --> 1:00:22.710
<v Speaker 4>the problem is that the Chinese did something very intelligent

1:00:23.130 --> 1:00:25.570
<v Speaker 4>for the Chinese people. And today we don't own these

1:00:25.670 --> 1:00:28.570
<v Speaker 4>assets anymore because all of our money went into Netflix.

1:00:31.340 --> 1:00:34.170
<v Speaker 4>You know, this really has to be, somebody has to

1:00:34.230 --> 1:00:37.330
<v Speaker 4>tell the truth about all this because basically we got

1:00:37.390 --> 1:00:40.430
<v Speaker 4>caught with our pants down. Now, can I tell you

1:00:40.450 --> 1:00:45.770
<v Speaker 4>about my interviews with American billionaires? So, you know, every

1:00:45.810 --> 1:00:48.780
<v Speaker 4>time Bloomberg writes about me, they say billionaire Robert Friedland.

1:00:48.820 --> 1:00:52.360
<v Speaker 4>I kind of get tired of that phrase. I've now

1:00:52.420 --> 1:00:58.700
<v Speaker 4>interviewed 50 male and female billionaires and I've asked them,

1:00:59.800 --> 1:01:02.680
<v Speaker 4>Do you kind of sit down and put your pants

1:01:03.140 --> 1:01:05.260
<v Speaker 4>on one leg at a time? Or do you hold

1:01:05.300 --> 1:01:07.820
<v Speaker 4>your pants up in front of you and jump in

1:01:08.180 --> 1:01:12.940
<v Speaker 4>with both legs simultaneously? And I haven't found one billionaire

1:01:12.960 --> 1:01:16.000
<v Speaker 4>who claims that he or she jumps into their pants

1:01:16.500 --> 1:01:19.580
<v Speaker 4>both legs at a time. And so this whole thing

1:01:19.640 --> 1:01:22.919
<v Speaker 4>is overrated. It's just paper money. What I'm worried about

1:01:22.940 --> 1:01:28.390
<v Speaker 4>is my grandkids. I'm worried about the sustainability of How

1:01:28.430 --> 1:01:33.500
<v Speaker 4>do we provide food and water and clean air to

1:01:33.500 --> 1:01:37.780
<v Speaker 4>8 billion inhabitants without warring groups? We used to fight

1:01:37.840 --> 1:01:39.980
<v Speaker 4>over crude oil. Most of the wars of the last

1:01:40.020 --> 1:01:43.260
<v Speaker 4>century was over crude oil. And now we might start

1:01:43.320 --> 1:01:47.590
<v Speaker 4>fighting related to AI and the critical raw materials to

1:01:47.630 --> 1:01:50.730
<v Speaker 4>support that AI. And that's why I think this should

1:01:50.770 --> 1:01:54.090
<v Speaker 4>be a series. This should be like Breaking Bad, not

1:01:54.110 --> 1:01:57.570
<v Speaker 4>a one-off movie where we peel this onion and and

1:01:57.610 --> 1:02:00.890
<v Speaker 4>go deeper into the core of this issue. And I

1:02:00.930 --> 1:02:02.550
<v Speaker 4>know a lot of your guests have been starting to

1:02:02.590 --> 1:02:06.450
<v Speaker 4>talk about this, but this is a subject that is

1:02:06.650 --> 1:02:09.530
<v Speaker 4>not gonna go away for the next 10 or 20 years.

1:02:10.310 --> 1:02:12.850
<v Speaker 4>This is like a permanent subject. For example, I remember

1:02:12.930 --> 1:02:18.050
<v Speaker 4>the 1987 crash. Rates were 12% and the stock market

1:02:18.090 --> 1:02:21.040
<v Speaker 4>crashed and Volcker cut rates and the bond market went

1:02:21.080 --> 1:02:25.160
<v Speaker 4>up for 35 years. Right now, this is not an

1:02:25.220 --> 1:02:28.940
<v Speaker 4>ephemeral short-term thing. That article that came out on Reuters

1:02:29.340 --> 1:02:31.820
<v Speaker 4>today that spooked the copper market a little bit is

1:02:31.860 --> 1:02:36.720
<v Speaker 4>talking about tariffs. You ask me what I think about tariffs. Well,

1:02:36.760 --> 1:02:39.200
<v Speaker 4>if you want to mine in the United States, if

1:02:39.240 --> 1:02:42.160
<v Speaker 4>you want to be self-sufficient, tariffs are a great idea.

1:02:42.960 --> 1:02:47.640
<v Speaker 4>Because if copper's six bucks, you put on a 30% tariff, 30%

1:02:47.640 --> 1:02:51.470
<v Speaker 4>of six bucks is $ 1. 80. You'd have $ 7. 80 copper. I

1:02:51.510 --> 1:02:55.010
<v Speaker 4>could afford to hire a mine worker at the United

1:02:55.050 --> 1:02:57.560
<v Speaker 4>States Workers of America and mining in the United States.

1:02:57.940 --> 1:03:02.860
<v Speaker 4>It would make it more viable to do that here. However,

1:03:03.820 --> 1:03:07.980
<v Speaker 4>the other side of the equation is it'll create domestic inflation.

1:03:09.080 --> 1:03:12.320
<v Speaker 4>Rates will otherwise go up. We have the midterm elections coming.

1:03:12.880 --> 1:03:16.740
<v Speaker 4>So there's a political issue. Do you want to reindustrialize

1:03:16.800 --> 1:03:21.410
<v Speaker 4>America or do you not want to reindustrialize America? If

1:03:21.450 --> 1:03:24.270
<v Speaker 4>you can't build a nuclear power plant, if you can't

1:03:24.290 --> 1:03:27.980
<v Speaker 4>build a ship, you lose your sovereignty. Last year, America

1:03:28.000 --> 1:03:32.080
<v Speaker 4>built about eight ships and China built a thousand. And

1:03:32.160 --> 1:03:37.880
<v Speaker 4>so this is a very big question. And do you

1:03:37.940 --> 1:03:40.820
<v Speaker 4>really want to replace the entire system of crude oil

1:03:41.320 --> 1:03:44.330
<v Speaker 4>and replace it with huge data centers run by clean

1:03:44.370 --> 1:03:47.550
<v Speaker 4>energy or don't you? And I want to tell you,

1:03:47.590 --> 1:03:51.190
<v Speaker 4>this country is well endowed by the creator in all

1:03:51.250 --> 1:03:54.050
<v Speaker 4>manner of good things. We have water, we have amber

1:03:54.090 --> 1:03:57.910
<v Speaker 4>waves of grain, 10% of the copper ever mined in

1:03:57.950 --> 1:04:01.900
<v Speaker 4>the world came from the great state of Arizona. The

1:04:02.800 --> 1:04:06.120
<v Speaker 4>California license plate used to say the golden state because

1:04:06.140 --> 1:04:09.880
<v Speaker 4>we discovered gold in California. And the Arizona license plate

1:04:09.920 --> 1:04:13.390
<v Speaker 4>said the copper state. And people were proud of it.

1:04:14.590 --> 1:04:17.210
<v Speaker 4>And listen to Bruce Springsteen. I mean, we used to

1:04:17.250 --> 1:04:20.330
<v Speaker 4>do stuff in this country. We used to have blast

1:04:20.370 --> 1:04:24.810
<v Speaker 4>furnaces and steel mills. And we lost all that because

1:04:24.850 --> 1:04:28.130
<v Speaker 4>we thought we could outsource all this to China. And

1:04:28.510 --> 1:04:31.320
<v Speaker 4>everything at Walmart said made in China, whether it's a

1:04:31.360 --> 1:04:34.600
<v Speaker 4>microwave oven or a washing machine. And this is part

1:04:34.640 --> 1:04:37.760
<v Speaker 4>of the big debate is if you want to reindustrialize America,

1:04:37.780 --> 1:04:39.760
<v Speaker 4>let's do it in a better way. Let's try to

1:04:39.780 --> 1:04:42.400
<v Speaker 4>figure out a more sustainable way to do it. But

1:04:42.540 --> 1:04:45.900
<v Speaker 4>if we don't do it, we have lost our sovereignty.

1:04:45.980 --> 1:04:50.280
<v Speaker 4>And I think that you're discovering this in Europe. And

1:04:50.320 --> 1:04:53.920
<v Speaker 4>this is being discovered globally. And that's why we're beginning

1:04:54.980 --> 1:04:58.700
<v Speaker 4>the age of hoarding. What's happening is that governments are

1:04:58.740 --> 1:05:02.840
<v Speaker 4>buying copper metal as a proxy on money. And they're

1:05:02.860 --> 1:05:07.470
<v Speaker 4>not reporting it. And nobody can calculate the supply-demand balance

1:05:07.510 --> 1:05:09.810
<v Speaker 4>on any of these metals because why would you? Like,

1:05:10.050 --> 1:05:13.290
<v Speaker 4>we're seeing the statistics that China's buying gold all of

1:05:13.330 --> 1:05:16.750
<v Speaker 4>a sudden. And they're not buying our treasuries. They're selling

1:05:16.810 --> 1:05:21.240
<v Speaker 4>our treasuries. And some people think Bitcoin is an alternative

1:05:21.380 --> 1:05:28.220
<v Speaker 4>asset for the United States dollar. There's a great debasement

1:05:28.280 --> 1:05:32.400
<v Speaker 4>trade starting. Hedge funds borrow the yen and rely on

1:05:32.420 --> 1:05:34.500
<v Speaker 4>the yen to weaken, not to have to pay the

1:05:34.540 --> 1:05:38.880
<v Speaker 4>money back. But we're at an inflection point now where

1:05:38.900 --> 1:05:43.180
<v Speaker 4>this is all being exposed and everything is becoming naked

1:05:43.280 --> 1:05:47.880
<v Speaker 4>and available to global scrutiny. And we're seeing that demand

1:05:47.920 --> 1:05:51.950
<v Speaker 4>has come against push. And we're getting into a more

1:05:51.990 --> 1:05:57.650
<v Speaker 4>sophisticated understanding that, do you want AI? To what good?

1:05:58.150 --> 1:05:59.770
<v Speaker 4>Do you want to make all of our kids get

1:05:59.830 --> 1:06:04.600
<v Speaker 4>brainwashed on TikTok or Facebook? Do you really want to

1:06:04.620 --> 1:06:09.560
<v Speaker 4>get our kids? We're turning into two rival tribes here

1:06:09.580 --> 1:06:13.160
<v Speaker 4>in the United States with the way social media is working.

1:06:13.200 --> 1:06:16.020
<v Speaker 4>And it's all driven by AI. And I can make

1:06:16.080 --> 1:06:19.150
<v Speaker 4>it even more dangerous. You know, I've got a grandson.

1:06:19.330 --> 1:06:22.470
<v Speaker 4>You know, when I took my grandson's iPad away, he'd

1:06:22.490 --> 1:06:27.390
<v Speaker 4>just freak out, right? You know? So, yeah, I'm a

1:06:27.450 --> 1:06:28.210
<v Speaker 4>baby boomer.

1:06:28.390 --> 1:06:29.170
<v Speaker 1>Yeah.

1:06:29.430 --> 1:06:30.910
<v Speaker 4>I admit it. You know, I admit it.

1:06:31.940 --> 1:06:34.900
<v Speaker 3>Well, Robert, really looking forward to having you back tomorrow

1:06:34.960 --> 1:06:36.800
<v Speaker 3>for part two and then the next day for part

1:06:36.860 --> 1:06:39.660
<v Speaker 3>three of this discussion. But, no, really appreciate you coming

1:06:39.720 --> 1:06:43.290
<v Speaker 3>on Odd Lots. That was fantastic. We should talk again tomorrow.

1:06:43.310 --> 1:06:44.770
<v Speaker 4>Yeah, you know, to be continued.

1:06:57.310 --> 1:06:59.430
<v Speaker 1>I wasn't expecting to talk about sex robots.

1:07:00.030 --> 1:07:01.090
<v Speaker 2>I was going to say.

1:07:01.130 --> 1:07:05.430
<v Speaker 3>But when we're thinking about future sources of demand for copper.

1:07:05.450 --> 1:07:06.010
<v Speaker 2>For energy.

1:07:06.290 --> 1:07:06.850
<v Speaker 1>I suppose.

1:07:07.110 --> 1:07:08.430
<v Speaker 3>I suppose that's one.

1:07:08.630 --> 1:07:08.970
<v Speaker 4>Yeah.

1:07:09.030 --> 1:07:10.830
<v Speaker 2>Got to plug in your significant other.

1:07:10.850 --> 1:07:11.690
<v Speaker 1>You got to build it in. You got to plug

1:07:11.710 --> 1:07:13.310
<v Speaker 1>it in. And you have to keep it plugged in.

1:07:13.390 --> 1:07:17.320
<v Speaker 2>Yeah. Well, as far as baby boomer conversations go, that was...

1:07:17.990 --> 1:07:18.470
<v Speaker 2>A fun one.

1:07:18.650 --> 1:07:19.910
<v Speaker 1>Yeah, for sure.

1:07:20.490 --> 1:07:23.810
<v Speaker 2>I didn't hear a lot of solutions to the problem,

1:07:23.850 --> 1:07:26.440
<v Speaker 2>which I guess is why we're talking about this at all.

1:07:26.560 --> 1:07:29.460
<v Speaker 3>There are obvious solutions, but I think before you can

1:07:29.560 --> 1:07:32.580
<v Speaker 3>even talk about solutions, you have to identify the problems.

1:07:32.720 --> 1:07:36.640
<v Speaker 3>And I think one of the problems that we face

1:07:37.420 --> 1:07:40.760
<v Speaker 3>is that at every step of the chain, there are constraints, right?

1:07:40.800 --> 1:07:43.090
<v Speaker 1>So let's say you make the decision to.

1:07:45.600 --> 1:07:47.360
<v Speaker 3>We really want to make a big investment in a

1:07:47.400 --> 1:07:48.920
<v Speaker 3>new copper mine somewhere.

1:07:49.340 --> 1:07:51.600
<v Speaker 1>Well, there's a year's long wait to.

1:07:51.520 --> 1:07:54.660
<v Speaker 3>Get the equipment, to get the earth moving equipment or

1:07:54.700 --> 1:07:57.570
<v Speaker 3>the engines that you need to do that. And the builders,

1:07:57.740 --> 1:08:00.430
<v Speaker 3>someone says, OK, we want to build a lot more

1:08:00.590 --> 1:08:02.590
<v Speaker 3>engines because there are people who want to build a

1:08:02.630 --> 1:08:05.090
<v Speaker 3>lot more mines. Well, I guess then we need more.

1:08:05.610 --> 1:08:09.330
<v Speaker 3>gallium or whatever critical resource it is. And so I

1:08:09.390 --> 1:08:11.610
<v Speaker 3>think one of the things that's very helpful is to

1:08:11.630 --> 1:08:13.970
<v Speaker 3>say like, oh, just build more mines, just build more memory.

1:08:14.290 --> 1:08:17.030
<v Speaker 3>But in each leg of the chain, one level up,

1:08:17.530 --> 1:08:19.720
<v Speaker 3>you know, higher up river, et cetera, they have their

1:08:19.760 --> 1:08:20.320
<v Speaker 3>own backlog.

1:08:20.560 --> 1:08:22.620
<v Speaker 2>And it's still not clear that the market will actually

1:08:22.800 --> 1:08:25.580
<v Speaker 2>reward you for increasing production because you still have the

1:08:25.620 --> 1:08:30.219
<v Speaker 2>volatility and super cycle supply problem. Yeah. Seems hard.

1:08:30.750 --> 1:08:32.390
<v Speaker 1>I think he said plenty. It's like almost, I don't

1:08:32.410 --> 1:08:33.879
<v Speaker 1>have anything to add to it, you know?

1:08:34.100 --> 1:08:34.799
<v Speaker 4>Yeah. All right.

1:08:34.820 --> 1:08:35.439
<v Speaker 2>Shall we leave it there?

1:08:35.479 --> 1:08:35.960
<v Speaker 1>Let's leave it there.

1:08:36.380 --> 1:08:38.800
<v Speaker 2>This has been another episode of the All Thoughts Podcast.

1:08:39.000 --> 1:08:41.640
<v Speaker 2>I'm Tracy Allaway. You can follow me at Tracy Allaway.

1:08:41.880 --> 1:08:44.840
<v Speaker 1>And I'm Joe Weisenthal. You can follow me at The Stalwart.

1:08:45.180 --> 1:08:48.519
<v Speaker 3>Follow our producers, Kermen Rodriguez at Kermen Armand, Dashiell Bennett

1:08:48.640 --> 1:08:51.790
<v Speaker 3>at Dashbot, Kale Brooks at Kale Brooks, and Kevin Lozano

1:08:51.950 --> 1:08:54.870
<v Speaker 3>at Kevin Lloyd Lozano. And for more Odd Lots content,

1:08:54.910 --> 1:08:57.990
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1:08:58.010 --> 1:09:00.220
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1:09:05.590 --> 1:09:07.710
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1:09:39.580 --> 1:09:39.900
<v Speaker 4>So