Brad Gerstner0:00
There's a picture you can look up that's kind of disgusting, so people may not want to, but there's this thing called a gavage tube, which is what they use to make foie gras. It's how they force feed the geese to get them just super fat. And that's the image I have in my mind, like, are we overfeeding these startups?
Hey, Bill, great to see you. Good to see you, Brad, man. That was an amazing pod at Diablo Canyon. You know, the inbound regarding just nuclear has been off the charts, from literally senior policy makers, senators, and house members on both sides of the aisle. It really feels like the dam is broke. We half-joked, Bill, that Microsoft, you know, when we were down there, we discovered that there were four unbuilt new nuclear reactors that are all already plotted on the site. And we half-joked that Nvidia and Microsoft and Oracle could come sponsor these reactors and that they could have a new type of public-private partnership with the government and build data centers right next to them. And it turns out it wasn't so far out there. I mean, Oracle has announced that they may do some things with small nuclear reactors. Amazon is buying this nuclear power, Talen data center facility. And now Microsoft this week announces with CEG that they're going to bring Three Mile Island out of retirement. It's incredible to see the beginnings of what may be a US nuclear Renaissance. Certainly the momentum has, maybe it was headed up and then it's kind of reached an apex and kind of fallen over. The FT article yesterday or today highlighting that 14 different banks have shown up at a climate conference with a confirmation of a willingness to invest is just huge. And I think there are two things that are big takeaways for me. One, we were talking about one of the limits on SMR and on any new innovation in the space was that utility companies are traditionally very conservative. And I like to think about it in the framework of crossing the chasm. You are basically selling only to laggards, and that's very difficult for especially a capital-intensive startup to be selling to laggards. And what may have transpired literally in the past month is the hyperscalers — and this may have started before them because Amazon did the deal with CEG a little while back — but if the hyperscalers become part of the customer set for the nuclear startups, that may be like 10x better than selling just to utilities alone. You may have brought innovators to the table on the purchasing side that may be more open-minded, may be more understanding, may be more willing to share risk, which could be very positive for the SMR market. So that'd be my one big takeaway. And the second one is just that a lot of times I think people look at big problems and think they're insurmountable. I remember actually in the past two years being at an off-site conference at a think tank where we were talking about climate change. About 80% of the way in, someone raised their hand and said, "Why aren't we talking about nuclear?" And all the scientists in the room said, "Oh, no, we're not going to put that back on the table. That's too far gone. That's passed." And it turned out that wasn't true. It turned out there was an opportunity to get a Renaissance in thinking about this. And it started, I think, with people like Stephen Pinker, who are widely regarded scientists saying, "No, this is our best path out." But then you know we talked about Patrick Collison and others, kind of jumped on the bandwagon. And then there were plenty of pro-nuclear advocates that were sticking their neck out. And then Elon gets in the game. And then this data center thing may have been just the impetus you needed to get people over the top. And we were lucky enough to kind of time our thing as this transition was happening. But it is possible to create kind of wholesale change in how people think about something, but it takes a lot of work by a lot of people. And everyone that kind of stuck their neck out early — Josh Wolfe was another one that was sticking his neck out on this topic. So I congratulate all of them, and it feels like the momentum's now behind us. And I literally feel bad for the citizens of Germany. One thing that is very apparent is that the easiest thing to do is start with don't decommission any of these things, but second, if any have been decommissioned recently, try and bring them back. And I hope there are some sane minds in Germany that are watching all this, because I think the world would benefit from them reversing that decision and running back at this. One of the things I learned as well, because you and I talked a lot about how do they underwrite — how would the hyperscalers underwrite building out those nuclear reactors? One of the things I learned after our pod was that these companies that are considering nuclear, they are spending billions of dollars a year on carbon offsets. And you know, there's a lot of criticism about these carbon offset markets, but I dug up some data. In 2020, Morgan Stanley estimates that about $2 billion was spent on the carbon offset market, and by 2030 they expect that to be $100 billion by these large hyperscalers that have to buy these massive carbon offsets. Now, if instead you're investing in nuclear clean energy, if the source of the energy that is powering your data centers is clean, then you actually get to buy fewer of the carbon offsets. So that may make it easier for them to pencil out the math. I think a huge part of this is just the public consensus. Nobody wants to invest in something that all your customers are against. And we know we've shown the data here that this is now popular again among consumers because they understand it's clean, it's carbon-free. The other data point that broke since we did that was the Three Mile Island restart. I think there were rumors of it before we did the podcast with CEG, with Constellation Energy Group. And there were quotes in these articles about a survey of the Pittsburgh or the Philadelphia residents, and they were supportive. And what that says to me — and look, knowing that the customer is really Amazon and not the citizenry, I was just shocked by that. So we all know that one of the reasons this happened was that there was an irrational public response to the negative risk of these solutions, and it is super unfortunate that that takes so long to kind of heal. But time is the best way to get past something like that, and it's been a long time. I think people have a lot more data. We're not there yet — we need to keep the pressure on. We said we'd like to see Gavin Newsom extend Diablo by another 15 years. That's on his desk right now. That facility has at least another 40 years left in it. So I think we all need to keep the pressure on, but the nice thing is there's good bipartisan support. People view nuclear not only as a matter of climate security, but now it's a matter of national security because it's the prerequisite to all of AI. So I'm excited for the momentum. But speaking of the exploding need for more baseload power to feed the AI beast, let's talk about our first topic: where things currently stand in AI. I think since we last talked, people have continued to climb this wall of worry, like whether AI is in a bubble or not. Of course last week, OpenAI was rumored, or now is well known, to be raising capital at a $150 billion valuation, or at least that's the Bloomberg headline. I can confirm that Altimeter is talking with the company, so of course there's some things I can share and things I can't share. But you had Kevin Scott, the CTO of Microsoft, say demand for AI infrastructure is materially outpacing our ability to supply it, even as we are building at a pace unseen. Jensen said at the Goldman Sachs conference that they will be in under-supply not only this year but for a while to come. So where do you come down on this, Bill? Let's just start with the demand for training and inference and data centers and power. Do you think we're headed for a glut?