Who's got the ball on carbon removal?

24 Jun 2026 · 1 h 11 min · 30 chapters

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In short

Carbon removal as a “civilization-scale” public good: why emissions cuts aren’t enough, what “durable” removal means, and how to build a market using advanced market commitments (AMCs) rather than voluntary offsets.

Guests

Nan Ransohoff, head of climate at Stripe; leads Frontier (an AMC contracting nearly $700M for carbon removal). She previously worked in climate roles at Opower, Nest, Uber, and Neuro, and studied abroad in India; she describes getting into carbon removal after reading the 2018 IPCC report and realizing the scale problem.

Key claims

  1. Durable carbon removal should store CO2 for ~1,000–10,000+ years (not “offsets”).
  2. About 90% of effort should be emissions reduction and ~10% removal, but removal still totals ~1 trillion tons over 100–150 years.
  3. The core bottleneck is demand: no single buyer steps forward for a public good, creating “orphaned” problems.
  4. Frontier is a blueprint: guarantee future demand to catalyze entrepreneurs/investors.

Notable examples

  • Frontier as a vaccine-style AMC (citing pneumococcal vaccine precedent).
  • Rock/mineralization: reactive rock could act like a “sponge”; potentially very cheap if time is traded for cost.
  • “Moral hazard” rebuttal: science requires both reductions and removals now.
  • AI discussion: AI may increase short-term energy/emissions but can help lower clean-energy and carbon-removal costs long-term.

Written by AI. May contain mistakes. Listen to the episode to check what was said.

Chapters

Tap a time to open that second in VO

Sconeheads and Climate

2:38 to 3:38

Discussion on the unique scone review website and its connection to climate.

“You co-run a scone review website called Sconeheads with your sister.”

Career Path to Climate Action

3:39 to 5:16

Understanding the journey from personal interest in climate to professional involvement.

“You got interested in climate, I think, studying abroad in India.”

The Need for Durable Carbon Removal

5:17 to 6:12

Explaining the necessity of durable carbon removal alongside emission reductions.

“And, you know, probably a number of our listeners are new to this.”

Frontier's Role in Carbon Removal

6:13 to 7:45

Exploring how Frontier contributes to catalyzing the carbon removal market.

“And then 10 percent roughly is on the removal side.”

Unlocking Carbon Removal Technologies

7:46 to 10:10

Discussion on the potential of various technologies for carbon removal.

“And without that, if you are an entrepreneur, why would you start a company if you have nobody to sell your product to?”

Addressing Market Challenges

10:11 to 11:15

Analyzing the market's structural challenges and opportunities for growth.

“We know how to grind things up at scale.”

Moral Hazard and Carbon Removal

11:16 to 13:30

Debating the concept of moral hazard in the context of carbon removal efforts.

“There's this weird sort of structural disadvantage to it today, but that structural disadvantage should not exist in the future.”

AI's Impact on Carbon Removal

13:31 to 14:00

Discussing how AI could influence the future of carbon removal initiatives.

“But we will now also steer into there, which is, so what are you, what you're thinking about how AI could most help frontier?”

The Economics of Carbon Removal

14:00 to 14:58

Explore the financial implications of carbon removal and AI's role.

“So as we talked about, carbon removal is a public good.”

AI's Environmental Impact

14:58 to 17:46

Discussion on AI's emissions and its potential for climate solutions.

“In the short term, we will probably build more natural gas, at least in part.”
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Balancing Speed and Sustainability

17:46 to 19:14

Examining the pace of technology development versus carbon removal needs.

“You know, AI, even as you build data centers, moves at software speed.”

The Role of Governments in Carbon Markets

19:14 to 22:01

How government policies can drive carbon removal initiatives.

“And I think that, my hope is that we don't abandon those because, you know, AI sucks up everything and sort of all of our sort of collective attention span, as important and great as it is.”

Scaling Carbon Removal Demand

22:01 to 22:59

Challenges and strategies for increasing demand for carbon removal.

“And so I think that the way that Frontier approached us was to guarantee a market for a billion dollars worth of carbon removal.”

Advanced Market Commitments Explained

22:59 to 26:01

Understanding the mechanism of advanced market commitments for carbon removal.

“And policy takes years to become operational before it can actually start paying out two companies and giving them the revenue that they need.”

Collaboration for Climate Solutions

26:01 to 28:01

The importance of cooperation among tech companies for climate initiatives.

“Well, our sort of foray into carbon removal was, it started as a small experiment back in 2019 with initially a blog post that Christian Anderson wrote, who since founded Watershed.”

Coordination Challenges in Carbon Removal

28:01 to 30:22

Explore the difficulties in coordinating advanced market commitments and the role of government in facilitating these efforts.

“data centers but we're going to do these advanced market commitments together because then by the You have a much broader base of entrepreneurs, other kinds of things doing it, because it's adding it all up.”

The Role of Corporate Philanthropy

30:23 to 34:24

Discuss the potential for corporate philanthropy to take more risks and drive significant societal impacts.

“It's like, no, no, no, let's let's encourage their construction in a way that gives us a whole bunch of benefits.”

Leveraging Tech Assets for Climate Solutions

34:25 to 36:34

Learn how tech companies can utilize their expertise and resources beyond financial contributions to tackle climate issues.

“and my sort of hope is that corporates can spend more of their philanthropic dollars in this way.”

Leadership in Addressing Orphaned Problems

36:35 to 39:48

Understand the characteristics of effective leadership needed to tackle significant global challenges and orphaned problems.

“needs a champion, needs someone running it.”

Institutional Challenges in Problem-Solving

39:49 to 42:00

Examine how current institutions may hinder problem-solving efforts and the need for a general manager approach.

“Let's talk about kind of the characteristics of general managers or CEOs for orphan problems.”

The Role of Institutions in Problem Solving

42:00 to 43:38

Learn about the effectiveness of institutions in addressing complex problems and the need for leadership.

“But when you think about institutions, you think about that committee.”

Exploring Orphan Problems

43:38 to 45:55

Discussion on orphan problems and the potential impact of assigning general managers to solve them.

“I can talk about one that I have gotten nerd sniped by basically this time last year, which is that of respiratory infections.”

Addressing Respiratory Infections

45:55 to 48:48

Insights into the significance of addressing respiratory infections and potential initiatives to tackle them.

“And that was a big part of the question.”

The Future of Philanthropy

48:48 to 52:08

Examine how upcoming waves of philanthropy may differ and their potential impact on societal challenges.

“So$50 billion a year, if you look at some of the projects that they think this group would be excited about funding,$50 billion a year would fund 333 ARC institutes per year, fully fund their budget.”

Capital Allocation in Philanthropy

52:08 to 56:00

Discussing the challenges of capital allocation in philanthropy and the need for a new workforce to manage it effectively.

“One of the things I thought was an important thread in your piece was that this capital will be coming with expectations about what kinds of founders, what kinds of projects will be good.”

Incentives and Inequities in Problem-Solving

56:00 to 58:14

Discussion on how financial incentives shape problem-solving dynamics in various sectors.

“We haven't really done, made much progress on this.”

The Cultural Shift in San Francisco

58:14 to 1:00:21

Exploration of the evolving cultural landscape in San Francisco, focusing on aesthetics and humanism.

“But I do think there's some other pickups in there.”

Human Connection in a High-Tech World

1:00:21 to 1:02:37

Examining the balance between technology and human touch amidst rapid advancements.

“I don't have as much direct experience with SF.”

Optimism and Constraints in Creativity

1:02:37 to 1:05:20

Discussion of optimism in the face of challenges and the power of creativity through constraint-lifting questions.

“So AI music, but on a record, precisely.”

Future Visions for Humanity

1:05:20 to 1:09:28

Reflection on the consequential next 15 years for humanity, focusing on AI and human flourishing.

“So is there a movie, song or book that fills you with optimism for the future?”
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Transcript

Automatic transcript. May contain errors.

0:00You're looking at this report that is like the canonical climate change report, the IPCC report, and you're like, everybody's looking at these numbers. Everybody who cares about climate is looking at these numbers. And then you go out and talk to everybody in this space and it takes you three weeks and you're like, what is going on here? It is on us to sort of like figure out what that pipeline looks like. What is the PM to GM pipeline? How do we create these talent on ramps and for great people, help them find a problem that they are really excited about and can wrap their arms around and want to work on for long periods of time.

0:28And we have to do that at a pretty large scale. This is a sort of wartime mobilization effort. The climate conversation has long focused, rightly, on reducing emissions. But there's another piece of the math that is becoming unavoidable. We also have to remove vast amounts of carbon already in the atmosphere and oceans and store it durably. Not offsets, not vibes. Real tons measured and paid for. Carbon removal is a public good, which means everyone benefits, but no single buyer naturally steps forward. So the question becomes, who builds the market, who takes responsibility for the whole field, and what does new philanthropy look like when the work is not just writing checks, but creating the conditions for an entire industry to exist?

1:17Every new field needs a first customer. Someone who buys it before it's cheap, before it's obvious, before the rest of the market believes it exists. That was true for vaccines, for solar, and it's true now for carbon removal. Nan Ransohoff has spent the last several years trying to create exactly that market. As head of climate at Stripe, she leads Frontier, the advanced market commitment that has contracted nearly$700 million to pull carbon out of the atmosphere. But Frontier is more than just a buyer. It's a blueprint for how to shape a market around a public good that no single institution would otherwise fund.

1:59Through all this, we also have a management story. Nan has argued that the world's most important problems are orphaned. Plenty of people work on pieces, but no one feels responsible for the whole. Her answer, general managers for civilization-scale problems who define the outcome, find the bottlenecks, and pull whatever levers the moment requires. Carbon removal is a climate problem, but it's also a market design problem, a management problem, and a philanthropy problem. Nan is one of the people trying to own all three. Welcome to Possible. You co-run a scone review website called Sconeheads with your sister.

2:46This feels important. So what does a perfect scone look like? And is there a climate angle that I'm missing? This is the best branding that Sconeheads has ever had. What makes a perfect scone? Well, there are really many things, but I'd say one is density. You know, you want some heft to your scone. It's not cake here. So that's kind of an important quality. Moisture, you know, you don't want to be too dry. And then flavor profile, which I think is very personal. But, you know, I think savory scones are kind of underdone. There's no climate angle. It was like a it was a what we thought at the time was a funny a funny pun.

3:27You know, scone heads, that's pretty funny. Anyway, like years later, we're now maintaining a website and like vaguely reviewing scones occasionally. But it has been like a fun side hustle with my sister and a friend. It's inspirational. But let's get to climate. So you grew up in North Carolina. You got interested in climate, I think, studying abroad in India. You spent time at Opower, Nest, Uber, Neuro. We all care about climate. When did climate go from, I care about this as an individual, as a hobby, as a passion, to I have to work on this for my job? There were sort of like two versions of that.

4:01The first was after undergrad, I worked in consulting for a couple of years. And while I learned a lot, realized that sort of it doesn't pass what I now call my 2 a.m. test. Like, am I excited to work on this until 2 in the morning? And I thought climate would be that. And that is what got me into Opower and Nest. I got into carbon removal. Essentially, I did climate for a couple of years. I kind of got a little way from it. And I was essentially in North Carolina helping my dad through a bone marrow transplant, a lot of downtime at the hospital. And I was like, I'm going to reread. I'm going to read the 2018 IPCC report to re-educate myself on some climate math, as one does.

4:37and in that report there's of course all of the emissions reduction that we need to do and there's this big thing about carbon removal and you know I was reading this and sort of looking around like wow this is these numbers are quite large and who is working on this and just because I was curious I started to kind of like poke around different folks um who were working on it and it took me three weeks to talk to like everybody that I could in the field um and that was spooky to me Right. Like ostensibly, we need to do tens of billions of tons a year, a trillion tons over the next 100, 150 years.

5:10Like, how is that going to happen? That is when I panicked and decided that I wanted to work on carbon removal full time. Let's start digging into this. And, you know, probably a number of our listeners are new to this. So what counts as durable carbon removal and why is emissions reduction alone not enough? The spirit of durable carbon removal is essentially around counteracting a ton of emissions. So like a ton of CO2 in the atmosphere is effectively permanent. And so you want to take it out permanently as well. I think people can debate the exact numbers, but that is the spirit of what you're trying to get at.

5:46I would say in the thousand to tens of thousands of years is sort of like a good proxy for durability. And if we sort of collectively had done a better job with emissions reduction decades ago, we wouldn't have to do carbon removal now. And that's the world we all would have liked to be in. But it is not the world we're in. So we have to radically reduce emissions and we have to suck CO2 that is already in the atmosphere out and store that somewhere permanently. We're going to have to do a huge amount of both. And roughly, I would say, you know, we think about it like 90 percent ish should go to the reduction side.

6:17And then 10 percent roughly is on the removal side. But like these are very large numbers at the scales that we're talking. So Frontier has contracted nearly$700 million worth of carbon removal, and portfolio companies are building towards 1.4 million tons of annual removal capacity. Can you tell us why those numbers are a drop in the bucket? Like, what do we actually have to do? And then also just tell us what Frontier is. Carbon removal, durably sucking CO2 out of the atmosphere and storing it somewhere. Over the next 100 to 150 years, to stay within warming targets, we're talking a teratone.

6:56So a trillion tons of carbon removal, 100 to 150 years. That's a lot. Do we have to do some of it more now, though? Or no, it doesn't matter. Evenly over the next 100 years. It's not going to be, like, there's no way that we could ramp up to like 10 billion tons a year right now because. We're not there. We're not there. And the starting gun for carbon removal was functionally the 2018 IPCC report. Like through that lens, carbon removal has made a huge amount of progress over a very short period of time. And when you compare it to the tarotun that we need to do, we are still closer to zero than any other number.

7:25The point of Frontier and why we started Frontier was essentially to try and help build a market for carbon removal to catalyze the technologies that are needed. Carbon removal is a public good, right? When you are stuck in CO2 out of the atmosphere and storing it somewhere, that does not directly benefit any end buyer. It benefits all of us. But as a result, there have been no natural customers for it. And without that, if you are an entrepreneur, why would you start a company if you have nobody to sell your product to? And if you are an investor, why would you invest in a company that is not going to generate revenue?

7:55So the idea with Frontier was to, it's called an advanced market commitment. And the idea is to send a really loud signal to entrepreneurs and investors that there is going to be at least a seed of the market for the thing that you want to build. And a billion dollars compared to the cumulative$30 million that had been spent on revenue for carbon removal companies at the time is a lot of money. Compared to the hundreds of billions of dollars per year that we're going to need to spend on carbon removal, a billion dollars is a drop in the bucket. But like to the point of every technology has to start somewhere.

8:29We're starting from zero, we're moving quickly, and we are not out of the woods yet. So let's look at some of the technology of this, which is across the different pathways. There's direct air capture, maybe enhanced weathering, ocean alkalinity, mineralization. Has anything particularly gotten more promising in the last year and maybe anything less? We think that one area that is very underexplored relative to its potential are rocks. So most of the world's carbon is actually in the lithosphere. It's in rocks. It just takes a really long time to get there. And if you can find a lot of reactive rock, grind it up, expose it to air, give it some water, it essentially acts like a sponge and sucks CO2 out of the air.

9:14And it mineralizes, so it will stay there permanently. So imagine, just to give you a sense of scale here, if you were to take all of Mount Everest, we're not doing anything with Mount Everest, but for a sense of scale, So you took all of Mount Everest, which is about three teratons of Earth, and you turn that into, you know, not all of that is going to be reactive rock, et cetera. So you took that and turned it into 50-meter tall piles the size of Honduras. That could probably get you all of the carbon removal that you need to do, period. Which is to say that is obviously a huge amount. It's not like the whole—it's a sort of size that you can wrap— Honduras isn't that big.

9:51We got it. It's a size you can wrap your arms around. Sort of. Sort of, yeah. Well, yeah, to me, I'm like, it's large but doable. And it's also - No, what I just did was the little in there. Oh, yeah. Incredible. The nice thing about rocks is it can potentially be very cheap. We have a huge mining industry. We know how to move earth at scale. We know how to grind things up at scale. And the technology here is, quote, unquote, not - It's not very technology forward. Like the earth's been doing this for, you know, for all of time. So that's an area that I think we think has a huge promise and has been very underexplored by entrepreneurs and scientists in this space.

10:34What's keeping us from doing more? It sounds like we have the tech, but we just need to drive down the cost. Part of the way that you get, we call this superficial mineralization, to be really cheap is by giving it more time. So if you can trade time for cost, and because the market today is largely voluntary buyers who are quite time sensitive, they want a ton in year to be able to meet their accounting requirements. Right. You don't get a lot of export. It's not as attractive to that end market. But if in the end we're talking about countries that are going to be the ones that are the market makers at scale, potentially this could be, they would absolutely trade time and cost for one another.

11:11And so I think for that structural reason, this has been underexplored, and yet it could be a taraton of removal for less than$80 a ton. There's this weird sort of structural disadvantage to it today, but that structural disadvantage should not exist in the future. But I'm sure you've thought about this because I know you think a lot in markets and so forth, so it's a question to scratch at the depth of it. 80, obviously, a hugely better number than all the other numbers. So therefore, worthy of focus. Why don't we set up specifically new accounting rules that allow it to be treated as, to have essentially a different version of advanced market commitment.

11:55You can account for it now with this kind of commitment of what you're doing that goes over time. We do things like this before. This asset can depreciate 100 % year one, et cetera. that kind of thing. What would it take to do that? And would that be a sufficient unlock for this? The challenge is that like the voluntary market today isn't that big anyways. So I think that that type of question is very relevant for countries and countries should be thinking about that question. And they should be thinking about questions like, how do we make it such that if I buy a ton of carbon removal in Japan that is out of country for me, that definitely counts.

12:29So there's this whole thing called Article 6 that needs to get sort of renegotiated. And I think that the accounting rules around both geography, both space and time are things that need to get included in that. So you mentioned, you know, companies are doing this and they're on shorter time horizons. They need to get the carbon removed this year in order to sort of meet their accounting. What do you say to people who say like, that's great, but companies are just going to emit more now because they can carbon capture later? Or like, this is actually a moral hazard, you doing this, and it'll just lead to greater emissions.

12:59Yeah, the moral hazard thing has sort have been like the thing folks have been worried about with carbon removal since the beginning. And I think that the unfortunate reality is that the science tells us we have to do both now. We have to do remission direction and we have to do removal. So that's unfortunate, but that is the world that we're in. So we got to learn to walk and chew gum at the same time. I think in practice that hasn't, you know, carbon removal isn't cheap enough right now for that moral hazard to actually be a thing. If we get it to be cheap enough in the future and that opens up, that would be a good problem to have.

13:29We're not there yet. Probably some of our listeners will be surprised at how long it took us to get to an AI question. But we will now also steer into there, which is, so what are you, what you're thinking about how AI could most help frontier? And are there any areas where it could distract, weaken, create additional risk, et cetera? If AI creates the economic growth that we think it could, that increases the likelihood that we are going to be able to buy the carbon removal that we're going to need to buy. So as we talked about, carbon removal is a public good. It is going to add$100 a ton. You know, these numbers add up very fast.

14:10It's going to be hundreds of billions of dollars per year. And the likelihood that the world is going to be able to afford that goes up as AI makes the world richer. I think that that is like genuinely the single best thing that could come from AI growth. I think the risk is that in the short term, AI requires a lot of energy. And what we build to power these data centers can create that energy with emissions or not with emissions, depending on what we choose to do. I basically got very nervous about this a couple of years ago and then did the math and convinced myself that it's probably not that big of – I was like, should we stop working on carbon removal and go work on data centers or something like that?

14:52And long story short, I think that there will be more emissions in the short term, but long term, we will figure this out. And clean energy is going to be sort of cheaper and faster over the long term. In the short term, we will probably build more natural gas, at least in part. But I think that that's, in the short term, it's a sort of, what's the time horizon that you're looking at? And I think that is overcomable. Very related. Like the minute you mention, well, the minute I mention AI in New York, someone says like, what about the energy? What about the environment? Like you don't use AI. I thought you cared about.

15:26That's just like such a top critique. And so similar to what you just said, AI companies are some of the biggest new creators of emissions. And yet I think AI companies are also some of the biggest folks who are working on carbon removal. Is that just good PR? Do they genuinely care? What do you say to people who sort of bring up that critique? I think that also the interesting thing about the hyperscalers is that many of them have great margins and they also have climate commitments. And Google, for example, has spent a lot of money trying to bring down the cost of clean energy, and that's fabulous.

16:00They should do more of that. So I guess I see it as a yes and. It is both of the things have to be true. And if we can use the climate orientation and margins from these hyperscalers to help accelerate the rest of these clean technologies down the cost curve, that's a real win. And I think in the long run, maybe I'm being Pollyannish, but I do think that will happen. And in the meantime, doing some carbon removal is, I think, is also a smart thing to do. I think you're 1 ,000 % right on carbon removal. Also, of course, in reducing emissions. And one of the things that I, you know, I answer the, let's call it the New York critique on is essentially that all of the hyperscalers, all of them, Google, Microsoft, Amazon, et cetera, are doing enormous amount of funding of green energy.

16:52Yes. Right. And part of what we should be doing is saying, look, you must be advanced, advanced market movements, whether it's geothermal and all the rest, you know, wind, do all of that. Because then, by the way, by building that tech and building that infrastructure, not only is it getting a bunch more clean power, but it funds the tech infrastructure for creating all the additional electricity, including for the thing that people don't really track, which is like HVAC systems and so forth, which is a huge contribution here. Like everyone goes, well, AI is in the news. And you're like, yeah, no, it's your hot summers, which by the way do come from climate change and all the rest, that then cause a huge amount of additional electricity.

17:28Then, by the way, more emissions, et cetera. And that's the problem we need to be most focused on. I think that's totally right. It's like all these positive externalities of driving down the cost of these technologies for the rest of the world that are above and beyond just the direct benefits of the clean energy from your own data center. I think that's exactly right. You know, AI, even as you build data centers, moves at software speed. Carbon removal is more geology speed, maybe a little faster than that, but not a lot. We're trying to make it go faster. Yes. What are the impedances in putting them together?

18:00What are the things that could benefit from the AI side? What are the things that break? Like thinking about these different time frames, because, you know, part of the thing that's obviously to Aria's earlier question is like thinking about this as, okay, we have a compounding problem which we need to temporarily get ahead of. And so speed matters. And anyway, that was kind of the angle of this because part of it is like thinking about AI speed. I'm trying to figure out how to apply it usefully. I don't have a super satisfying answer to that question. I'm curious what you would say. I think one of the like, I think in some sense hard tech, like building real things in the world just takes time.

18:42And one of the things that I worry about, maybe this is a squishier answer to the question than where you wanted to take it, is like AI is training us all to expect everything to move at AI pace. And not everything does move at that pace, but that doesn't mean it is not worthwhile. You know, there are things that take a long time to do and that progress compounds over years. It doesn't mean that it's not worthwhile. And I think that the juxtaposition between the two, because they are, and it's not just carbon removal, it's like everything in the real world, like those are worthwhile endeavors.

19:14And I think that, my hope is that we don't abandon those because, you know, AI sucks up everything and sort of all of our sort of collective attention span, as important and great as it is. No, I thousand percent agree. I mean, part of, you know, I frequently talk about their world of bits, world of atoms. Bits moves fast, easy, cheap, atoms is much harder. But of course, part of the problem is we live in a world of atoms and atoms affects everything. So you really want to be doing it. And it's part of the reason like I co-founded this AI company for trying to cure cancer because it's bio bits.

19:49It's kind of in between. You know, so you could. And I think one of the things you generally want to do is think about one wants to think, including you. But it's it's the how do we benefit the attributes of bits to help with the world of atoms? Yeah. And so, like, for example, if I was thinking about the AI side, be like, well, you know, can what are all the different ways that AI might take shots on this goal? Right. It's kind of the it's super intelligence and and and and it's going to invent fusion. And maybe, and by the way, great if so. But there's many things short of that, which are, well, how can you analyze the grid and make the grid more efficient?

20:32Can you make smart appliances in terms of knowing like your washing machine or your HVAC runs much more intelligently and doesn't just run the whole time? Like when you don't have to leave your air con on, it's tied to your phone. and when it says, oh, you're 30 minutes out and you're coming home, I turn the air conditioning on. This kind of stuff has ways of doing it. It might be ways of working with AI to say, what are bolder science things that might make a difference? And so it's kind of like always looking for the interface points where the bits can help us accelerate to atoms. And I 1 ,000 % agree with you.

21:09You can't forget, we live in a world of atoms, and this is what life is. Yeah, I like that lens a lot. When you're thinking about this 100-year time frame, it feels like a lot has to go right for us to get there. And, you know, we talked about, right, AI data centers are creating emissions in the short term, but AI can help with the electricity being, the grid being better, things being made more cheaply, more efficiently. It can help entrepreneurs get technology to drive the cost down. What path? Like, how do we get to the right path on this stuff? Is it just better technology? Is it more philanthropy?

21:46Is it more voluntary commitments from companies? What is necessary for us to take the right path as it relates to AI and carbon removal? The thing that has plagued carbon removal to date and that is going to continue to plague carbon removal at larger and larger scales as it scales is who's going to buy it? What does the market look like? And so I think that the way that Frontier approached us was to guarantee a market for a billion dollars worth of carbon removal. But how do you get to$2 billion, I guess is my question. Totally. And I think that, like, eventually if the scale is needed, that demand is going to have to come from governments.

22:18And governments can put that in place in lots of different ways. But the government's job, part of their job, is to solve collective action problems and to sort of help manifest public goods. And so they could decide they want to buy this themselves and procure it directly. They could decide that they want to tax the negative externality that is a ton of emissions and ask emitters to pay. There's lots of different policy mechanisms to use. But if you're talking hundreds of billions of dollars a year, you know, global GDP is$100 trillion. Like, it's not going to come from voluntary commitments.

22:47It has to be driven by governments. And so a lot of our work right now is focused on how do we figure out what the baton pass between the voluntary market and policy-driven demand looks like. I think that's really hard. It's really important. And policy takes years to become operational before it can actually start paying out two companies and giving them the revenue that they need. So we've got to get going now. and some of that has been historically in the US. We're spending a lot of time in Europe and other parts of the world now as well but this is going to be a kind of collective effort from lots of different countries.

23:19I'll say one other thing which is half a percent or to a percentage of GDP, of global GDP on carbon removal is a lot. There's some precedent for this though because a lot of the OECD countries came together and were like we're going to do this for global health And the commitment was to commit 0.7 % of GNI to global health. And many of them exceed that commitment. Some don't. But there is some precedent for doing this kind of public goods work at scale. And to the point of AI, if the world becomes richer, that becomes a lot easier to justify. So let's talk about method a little bit. I mean, I think one of the things that's great about what you're doing with Frontier is creating a, you know, kind of a proof point on, you know, how, you know, demand side, you know, kind of commitments can bootstrap a market.

24:13And obviously it needs to scale. It's kind of like this initial thing. How do you look at this as a generalizable method? And are there areas where you say it works better here, works less well here? So Frontier, the thing that the mechanism that Frontier is is called an advanced market commitment. And the job of an advanced market commitment is essentially to guarantee future demand for a product if it can be successfully developed. And we borrowed this initially from vaccines. The first AMC was from the pneumococcal vaccine in the mid-2000s. It was invented by a group of economists and funded by Gates and a number of other countries.

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24:47And this was sort of the first application outside of global health. It's a very specific kind of market shaping mechanism, and it works better for some problems than others. but the kind of problem that AMCs work for are ones where you have a product that you want to exist that would benefit the world in some way. And the reason that it doesn't exist is because there is some demand uncertainty, either because the market isn't big enough or because the price that the willingness to pay for a product is not big enough. And an AMC is a way to sort of help fix that problem. The other thing that an AMC is good for, as opposed to like a prize, So a prize is another way one could solve that problem.

25:24An AMC is good for, and prizes actually are good for this too, but an AMC is good for the types of problems where you don't know who the best inventor is. There's some information asymmetry of who can actually invent the thing, and an AMC is kind of a tech agnostic demand signal to pull forward the best ideas. I think there are lots of applications outside of this. Green steel and cement are another one. The U.S. government should do that. The U.S. government buys nearly 50 % of cement in the United States. They would be a great organizer for an AMC for green cement. But there's lots of other applications, but that's the shape of the problem that I think AMCs are especially a good fit for.

26:00Can I just ask, why is Stripe doing this? Why are they committed? Well, our sort of foray into carbon removal was, it started as a small experiment back in 2019 with initially a blog post that Christian Anderson wrote, who since founded Watershed. but it was to buy a million dollars of carbon removal at any available price. And it kind of ratcheted up from there. The reaction from the market was really positive when we announced that. And we got a lot of notes from Stripe Climate users saying like, hey, I want to do something for a while in climate, but like, I'm busy. Can I just send you some money and you figure out to do with it?

26:35And that led to Stripe Climate, which is the software product that we built for Stripe users to make it really easy for them to direct a fraction of their revenue to carbon removal. And then that led to Frontier. We essentially were like, how do we add another zero to this? And the advanced market commitment idea was one that we sort of came out of a group brainstorm and came out of that. But that's a long-winded way of saying this was not some preordained thing. It was a little like we tried something and then new adjacent possibilities opened up and we kept leaning into them. Yeah, very cool.

27:08On advanced market commitments, which I think is an excellent new mechanism, I think the parallels between health and climate that you are kind of working on are exactly right in a lot of different ways, not the least of which, which is, well, our health is dependent on the climate. So, you know, it is just another, you know, kind of health initiative. Is there any way to get a bunch of forces to align to creating advanced market commitments? like sometimes you have a leadership thing like for example gates foundation you know doing this with health and vaccine but it's like could for example we get and you know it's interesting because part of the reason i'm asking this question is i think about each of the hyperscalers is kind of solving their green energy thing separately and yet actually in fact it's probably a lot more positive if they just kind of got look we're all going to do this we're going to compete on our data centers but we're going to do these advanced market commitments together because then by the You have a much broader base of entrepreneurs, other kinds of things doing it, because it's adding it all up.

28:10Is there any coordinative function for getting a bunch of people behind an advanced market commitment? So Google and Microsoft and a couple other companies, I believe, did that for some of the technology that you described. It was geothermal, nuclear, and maybe one other. But I think some of that is naturally happening. Coordinating is really hard. That has been one of the hardest parts of Frontier. We have amazing partners, and it's just coordinating at a company. Sure. That is just a hard thing. So I'm like, my instinct is only coordinate if you have to. And so if you have huge pots of money, like a country, for example.

28:51Just do it. Yeah, they can do it all themselves. So I think that, for example, the OpenAI Foundation has put in a lot of money, has a lot of money now that's sort of endowed to it, and they could probably do a lot of these unilaterally. Like absent that, if you do need to get folks to coordinate, you need, you know, it's tricky. And I don't know if there's like a perfect recipe for it. You need people who are willing to run through walls to make that coordination happen. And, you know, Godspeed to them. Part of the reason I asked is I was thinking about like what are the things the government can be doing.

29:19Yeah. And obviously the spend is important, you know, all the things you mentioned earlier. But on the other hand, that is one of the reasons it doesn't happen is because it's very difficult politically. Like in a democracy, what people tend to do is, is how do I throw some money in your pocket right now? And just like, for example, you know, building up huge amounts of national debt, you know, we'll charge that to the future. And that's part of the problem that a lot of governments, you know, kind of run into. And that's one of the problems. No, no, we're going to spend money now for that advanced thing.

29:52But like one of the things they could do is potentially coordinate the. Like, say, we'll create the incentive such that the that there is a benefit in coordinating for these advanced market commitments, like, for example. You want to incense the coordinators. Yes. Yeah. Yeah. Yeah. This discussion is just making me think about that because it's another tool that the governments and policy could be thinking about as, OK, we have we should, of course, be getting this spending the money. But maybe we could do this in parallel or with it, because obviously the more that you get, because this is one of the things I like about the like like, you know, there's this idiocy of, oh, let's ban data centers or restrict them.

30:33It's like, no, no, no, let's let's encourage their construction in a way that gives us a whole bunch of benefits. Yeah, yeah, yeah. Some benefits in jobs, but also benefits in be developing the grid, the clean energy technology and all the rest. And then you're powering the natural commercial incentive into these things that are good. And that you can do smartly from a government. I agree. I don't – I totally agree. I wonder how much of that doesn't, again, to the point of like if you can avoid coordination, like try to avoid it. One way that one, like you could, you know, prioritize permits for clean energy development.

31:10So like these folks, the hyperscalers are more than, even more than price sensitive, they are speed sensitive. They're time sensitive. So like what are incentives you could play into there that are kind of also free, so to speak, to the U.S. government? I think there's a ton of things to be done there. The other thing that I think is nice about AMCs from the perspective of governments is that the cash isn't due up front. You only pay if you get the outcome. And from a tax dollar perspective, that's a really nice property of these things. It's very de-risking to sort of sell that internally because you're not on the hook.

31:44If it doesn't go well, you're on the hook. And I think that the power of Frontier was sending a billion-dollar demand signal very early. We even paid out a billion dollars because those companies haven't delivered yet. You know, there's a sort of time arbitrage that you get from AMCs that I think is under leveraged. Like another thing they could do is say, hey, we as a government will be providing a matching AMC to actors who are doing this within a certain environment, et cetera, et cetera, in terms of doing it. Like there's a set of other ways of, I'm thinking about like amplifying. Look, as a fellow Silicon Valley person, I totally agree.

32:23It's like, no, no, drive to it. Don't have a committee talking about it. Totally get it. And I think that's important. Also, it's like if you can make a network ecosystem work, like it's part of the thing that makes Silicon Valley work. Anyway, that's some of your thinking. Yeah, that's some of your thinking in work is kind of causing you to think, ah, I wonder if there's a way of putting that together. Anyway, that's the reason I was asking. I think the matching thing is also an interesting thread to pull on because I think it can accelerate both sides. Like the public sector likes to pull in capital from the private sector and it makes it easier for them to sell to their constituents.

33:05And so those and the same goes for the private sector. So there's like some nice complementary benefits of there of that that I think are probably underexplored as well. So one of the things I love about the work you're doing is it's part of the thing I think is really important as leadership amongst all tech companies to be saying, what are the ways that we can be leading in these problems that are not just our market development? Because when you're in a very successful industry, you should be saying, OK, great, successful. How do I help society? How do I help the world, et cetera? And so part of what I love about Stripe's involvement in Frontier is I think it gives us some examples about what a text company's relationship to civilization problems might look like going forward.

33:49I'd love for you to talk a little bit more about Stripe and Frontier and the work you're doing on this. You know, when we look at like corporate philanthropy, for example, in the U.S., corporate spend about$50 billion a year on sort of philanthropic activities. That's a lot of money. Like that is, I think that that's something to be sort of scoffed at. And one of the things that we sort of observed in starting Frontier is that it's a bit of a weird mechanism, right? Like AMCs are not a, I guess, a traditional thing that corporate philanthropy would sort of spend time on. I think one of the things I learned from it was like if you take kind of outsized risk, you can also get outsized return.

34:30and my sort of hope is that corporates can spend more of their philanthropic dollars in this way. It's interesting because in Silicon Valley we apply power law mentality to all of the work that we do and yet those same companies often don't always apply that to their philanthropic work and so my suspicion is that there are a lot of really great outcomes that we could deliver if we were more risk tolerant. For some reason corporate philanthropy has become quite risk intolerant. And I think as a result, we're leaving a lot of good on the table. So what can we do there to sort of permiss or encourage folks to take bigger swings?

35:12And I think that unusually high risk appetites could result, it won't definitely result, but it could result in sort of outsized returns. we've done that with Frontier and it's given us a lot of other ideas for sort of other things that we might start kind of in a similar vein I also think, I mean,$50 billion is great and it's always good when companies give money I am very pro that and you can give so much more you can give expertise you can figure out which of your customers can join in you can figure out what's your tech network so you can get the other hyperscalers involved like there's just so much more than money that a tech company can give because of everything that it has.

35:52And it just feels like this is using all of your assets as opposed to just one. I think Stripe Climate's a really good example of that. Like the software product that we built to make it really easy for Stripe businesses to put money into carbon removal. This would never have worked as a standalone app. Nobody cares enough about Climate to like set up their own app to like give a little bit of money to carbon removal. But if you can piggyback on someone's, you know, on sort of like other services that they're using and make it really easy, a single click to do this and give them that option, Stripe has amazing distribution.

36:23And so I don't know if Stripe Climate would have worked outside of this context, but I think that's a really good example of exactly what you're saying. What are the other assets that we can bring to bear for problems that matter to the world? One of the things I think you've demonstrated is a market shaping method needs a leader, needs a champion, needs someone running it. You, I think, have called that person a general manager for an orphaned problem. Lots of problems are orphaned, but many probably should stay that way. How do you tell which ones are worth a world-class leader? I can share what my instinct would be to that question, but I am not the arbiter of which problems get worked on.

37:05I think it's probably some combination of what is the benefit that it could give to the world. That's one. Two, is it tractable? Like, do we think that it is possible to make progress in some set of realistic-esque constraints? And then the third is, am I, the person considering working on this, really excited about it? Do I want to devote a lot of time to it? I think those are like three broad criteria. In practice, it's probably more opportunistic than that. Like, these waves come in somewhat unpredictable times. We're not going through some sort of like stack-ranked list of problems and just picking off the next one.

37:42To me, in some sense, it's not dissimilar to the private sector. It's like all of the conditions have to be there for the right person, the right team, the right funding to come together to sort of manifest these new organizations and general manager combos. But yeah, probably some combination of tractability, how big the problem is, and interest in the problem. And I like your 2 a.m. measure too. Part of the passion is would you work to 2 a.m.? I think that's part of the third. It's like, do I want to add? do I want to do this and run through walls? Because doing anything, starting anything is really hard.

38:17You've got to be ready for that. I mean, I think, Reid, you talk about this so often when you think of companies or NGOs or whatever, things that you want to exist in the world, and you just say to yourself, who's the CEO? And even if something's number one, two, three, four on your list, it's not going to get done unless you have the CEO. So we might be doing things eight, nine, and 10 because we have the best CEOs for that because you need someone who's going to run through walls. And so related to that, we have so many problems. And I mean, in every situation, you're like, man, man, I wish there was an ice cream shop in my neighborhood.

38:47I wish someone would, I wish someone would start that. And it's like, what about you? And you talk about this bystander problem, like, especially for these big problems, you're like, someone must be working on whatever, global poverty, global hunger, climate change, carbon removal. Like, do you think actually the bystander effect, like, ah, someone else is doing it is one of the big barriers here? I really do. I think that's a huge, a huge problem. And it's certainly that, that definitely describes my experience in carbon removal of, you know, you're looking at this report that is like the canonical climate change report, the IPCC report, and you're like, everybody's looking at these numbers.

39:23Everybody who cares about climate is looking at these numbers. And then you go out and talk to everybody in this space and it takes you three weeks and you're like, what is going on here? Like who's got the ball? And I, I think that we would all benefit from a little bit more kind of institutional distrust that like somebody else has has this as their number one priority. And if you do and go find that person, great. But I think we assume that that is the case and like markets are efficient and everything is efficient more often than it actually is. Absolutely. Let's talk about kind of the characteristics of general managers or CEOs for orphan problems.

39:59So D.A. Henderson didn't invent the smallpox vaccine. He changed the strategy, which is frequently what you're looking for, for a founder, a CEO, etc., what the data loops were, the accountability, the will. Presumably, this is at least part of the kind of leadership that the world needs on these problems and perhaps undervalues. How would you characterize the kind of leadership attributes? What should we try to promote and evolve? What kinds of people should we be trying to support? How should people identify themselves as this kind of leader? Talk about the leadership for all different problems.

40:35I think it's probably like the specifics of what's needed probably depend on the problem itself. Like you're in the case of Henderson, in the case of smallpox, it was strategy, it was execution as well. I think in the case of many of the topics that we're grappling with today with AI around risk mitigation and with human flourishing, my suspicion is that it's also one of vision. Like what is the future that we want to build towards? and we are probably short vision, but I think it probably is person dependent. The shape of person, though, that I refer to when I think about general managers that I would love to see working on more kind of public goods shaped problems are Silicon Valley founder types.

41:16It is like, I think that especially this new wave of funders is going to be hesitant or like a little bit wary of funding kind of more traditional NGO folks. And we grew up in Silicon Valley and we're familiar with this sort of execution and the hustle and the smarts and the strategy around this kind of work. And I think that's sort of what I, the spirit of what I mean when I say a general manager is like, these are founder mentality people. They're just working on public goods. Does the founder mentality break down when you think of a GM? You think about sort of one person who holds that accountability over time, and they are sort of laser focused on that problem, and they're sort of holding all the strings.

42:00But when you think about institutions, you think about that committee. You think about governments, foundations, international bodies. You have to have cooperation. You have to have all of that. And they're specifically designed to prevent the one person who's holding all the power. Do you think, like, the general manager model is, like, the workaround for the broken institutions we have? Or it's just a critique saying like the current institutions we have aren't aren't up to the challenge because they need to have more of a GM framework. Well, I think the current like a current institution also, in theory, has a GM, which is their leader, like the CEO, the executive director, et cetera.

42:36So I don't I definitely don't think those are intrinsically or definitionally at odds. I think the difference is that there are a lot of problems that have nobody who thinks that it's their problem to solve it. That is thing one. And I think there are a lot of institutions that are too narrowly scoped, that have not scoped themselves to deliver a specific outcome rather than and they're working on a slice of the piece. And that's OK. We don't need every institution working on the whole thing. But I would love to see more institutions saying, like, here's the outcome that we're going to deliver and we're going to pull whatever lever that we need to in order to make that happen.

43:16It's sort of like when these institutions tout, like, we've been working on this problem for 40 years, 40 years of experience. Is that good? What? Well, is it done? Did you fix it? I guess, you know, you don't know the counterfactual. Maybe we would have backslid and now we're at even. But right. We want to, if you've been working for 40 years, let's see some results. Yeah. And there are lots of great institutions out there. Of course. But I think that the number of orphan problems and I think the number of amazing people that could be working on this shape of thing to me seems far, far lower than it should be.

43:50So this leads to a natural question, which is if you could assign one world-class general manager to an orphan problem tomorrow other than carbon removal, because we've already talked about that at length, what problem would you pick? I can talk about one that I have gotten nerd sniped by basically this time last year, which is that of respiratory infections. You know, most otherwise healthy people get sick two to four times a year. We spend five percent of our lives sick with respiratory illnesses. It is very bad for the economy, probably like 500 to 500 billion to a trillion dollars per year due to lost productivity.

44:27These things are probably really bad for us in the long run. We just like haven't done a great job characterizing that. And they also periodically threaten civilization through pandemics. I think that these are just bad. They are bad. And they are also one of these problems that is so, we just accept it because it is part of life. And like, oh, your kid's sick. And everyone's, that's fine. It's annoying, but we tolerate it. Why? I think that this is the kind of thing, it is really hard. I don't want to minimize that. There's a lot of viral diversity. They mutate a lot. But the tools have gotten much better in the past couple of years.

45:01And I think that this is increasingly a tractable problem. So I have been spending a lot of time sort of thinking about what would GMing respiratory infections look like? If the goal is to make respiratory infections a thing of the past, could we do that? How would we do that? Is it possible and over what time frame? I think that this has definitely been something that's been on my mind. How do you start to figure out that it's tractable? What gave you the confidence to be like, you know what? Like, ah, we could do this. Okay, that's a great question. So last spring, when I was sort of, I initially got into this topic because I was talking to David Wiesler at the Institute for Protein Design.

45:41I was thinking about some of the sort of incentive structures that we could do to fix this, but I'm not, this is not my sort of technical area of expertise. So we ended up hosting a symposium at Stripe with sort of 40 people, largely scientists, but also policymakers and folks from pharma companies. And that was a big part of the question. Like, is it possible? Is this technically possible? And so we flew all these people in and they were giving these sort of seven minute lightning talks. And it was a day and a half of just intense focus on this question. And we left basically being like, this is hard, but it probably is.

46:11And it's not definitely, but to the point of you don't get big outcomes if you don't take some risk. You have enough confidence that this might be. Yeah, we have enough confidence this could be a thing. And there is some risk, but you've got to swing to sort of get the benefits. And so that gave us enough confidence to ultimately spin up a new frontier-shaped initiative that is going to be focused on trying to make respiratory infections a thing of the past. That's amazing. I was sick so much this year. That's incredible. Okay. So you just put out a sub stack on the new philanthropy that I was obsessed with and saw so many people chattering about.

46:49And one of the things you discussed is all seven anthropic co-founders have pledged to donate 80 % of their wealth, which will be potentially$37 billion conservatively. We'll see. And that's 10 times what the world's largest research-driven grant maker has given away in its entire history. And so we had the last, you know, you talked about sort of three waves and we had the Rockefellers in terms of philanthropy and then sort of the next wave was the early 2000s, tech philanthropy, Gates, Moskowitz, Zuckerberg, I might say Hoffman. Does that offer a useful model for what's going to happen next or why is this next wave different?

47:26Okay, just in terms of scale, I would even like broaden it outside of the bucket that you mentioned. There's sort of like these, there's the anthropic founders, there's the anthropic And OpenAI has put initially 26 % is in the OpenAI Foundation. All of those numbers add up to a lot of money. Do some math, it's probably around$37 to$100 billion per year. That's kind of what we're looking at in terms of scale. And U.S. philanthropy is about$600 billion a year. So it's a lot. It's not doubling that. I think that part of the reason that this is different is a couple of things. One is the shape of the problems that these funders care about.

48:01These funders are, you know, rightly worried about the AI transition. And there are sort of two components of that. There is how do we navigate all the minefield of risk to get to the other side? And if and when we do, how do we help humanity flourish from that? And so I think there's a problem area, problem set that they're especially interested in. The second is sort of core belief is one around speed. Like if AGI is coming quickly, we need to get to work very fast. And then the third sort of difference here, and I don't think this third difference is actually that different than the last wave, but it's really around talent and what are expectations of the types of people that we, that sort of, they would be excited about funding and we would be excited about funding.

48:44I think it's the combination of these three things, in my mind, that makes this wave potentially hugely impactful. So$50 billion a year, if you look at some of the projects that they think this group would be excited about funding,$50 billion a year would fund 333 ARC institutes per year, fully fund their budget. It would fund 5 ,000 Institute for Progresses. There's a huge, you know, the potential for impact here is huge. And as I was doing the math to write this piece, the thing that stuck out to me was just like, we don't have the organizational capacity to absorb that money. And so what are we going to do to fix that?

49:20Well, let's talk about one part of that. We'll start with one part of that organizational capacity, which is capital allocation. So what do you think it would take to get to an effective capital allocation kind of layer and advantage? What would be the, you know, kind of program managers, the venture capitalists, the kind of equivalent of the capital allocation? And what is their capabilities and skillset look like? And then what does what will they need to do to be able to be good stewards of this particular capital? And then what kinds of things will they need to be doing? Because they'll have to probably be developing their market some.

50:06What would that look like as well? At the risk of overfitting everything to Silicon Valley, which is where I grew up to, I think that this essentially is a sort of Silicon Valley for public goods is what this could look like. And the components might look quite similar. You have funders and then you have capital allocators, which are kind of like philanthropic VCs. And then they're giving money to us to call it like philanthropic startups. And there are some of these capital allocators today. The Opening Eye Foundation is definitionally going to be a huge one. Coefficient giving is another good example, Renaissance philanthropy.

50:41But at$50 billion a year, if you're giving away, on average, coefficient giving's grant last year was$1 million a year, that is 50 ,000 grants that you've got to distribute in a year. That's just a very large number. And so we probably need many more of these philanthropic VCs, so to speak. And we also need many more of these philanthropic startups. So again, I think that from a who do you want working on these, it's probably not dissimilar to the kinds of folks who are VCs today. It's identifying excellent talent, figuring out where is the space going and how do I make sure that there are great people working in each of those.

51:15And I think that that is also true on the startup side. It's like, again, looking for these GMs, looking for these founders, helping them get into this space, find their problem and start an organization. The thing, you know, again, I ended up starting, like I did this math for myself. I was not intending to write a piece. And then I was like, oh my God, who is going to do this, you essentially, the main takeaway is like, we don't need just a few more people in philanthropy. We don't need just a few more people doing capital allocation or working on public goods. We're talking about thousands of organizations that we need.

51:49And as an implication, thousands of founders and probably hundreds of thousands of people working to power those organizations. This is a pipeline sort of workforce reorientation problem. And how exciting. You get to be working on some of the problems that matter most for humanity. I think that that's a really, it's a very exciting time for that reason, in my opinion. One of the things I thought was an important thread in your piece was that this capital will be coming with expectations about what kinds of founders, what kinds of projects will be good. For example, I could easily see, for example, universities say, oh, great, this is more endowment for us.

52:27and so forth. And they're unlikely to be understanding where the folks who have put the work into building this kind of thing, what they think about an AI universe, et cetera, you know, how that applies. So go into a little bit more depth about what should people who think, oh, I'm going to come help solve this capital allocation problem because the, I wouldn't say the advanced commitments, potentially becoming advanced market commitments of we're doing this in the philanthropy will only get unlocked in certain kinds of projects. And I thought that was one of the important threads in your piece.

53:00I think the expectation for leaders of these organizations is that they are sort of tech caliber people. These are, you know, PMs and otherwise founders who are working on problems that are good for the world. And the counterfactual, if those people don't exist or don't move into public goods and don't start organizations, I think is that the money isn't going to get spent. And so it is on us to sort of like figure out what that pipeline looks like. What is the PM to GM pipeline? How do we create these talent on ramps and high status on ramps and for great people, help them find a problem that they are really excited about and can wrap their arms around and want to work on for long periods of time?

53:46And we have to do that at a pretty large scale. This is a sort of wartime mobilization effort to get great people working on problems that are good for the world. It's interesting because when you talk about the money might not be spent, I wish I had the numbers in front of me, but I'm sure there are more than, let's call it, you said$37 to$100 billion over 10 years. There's more than that much money already on the sidelines right now that isn't being spent in DAFs, in foundations, in whatever that is allocated for charitable. And so this isn't actually just a problem of a problem of the new AI money that's coming.

54:20Like we literally have this much money already that's not being allocated for many reasons. And some is because they don't feel like there's a good place to put it. They feel like philanthropy is not meeting the moment. But then there's other critiques people don't want to give because, you know, the OpenAI Foundation would get yelled at for giving to the wrong things. Like there's all sorts of reasons why the capital that we have isn't being deployed philanthropically. And certainly one of the things you talk about is how do we get all these amazing PMs? How do we get these, you know, you're essentially a philanthropic product manager right now for these social good problems.

54:52How do we make this the career pipeline for the best people? Like what needs to change in order to push them into these new fields? I think there are a bunch of things that need to change, to be honest. I think the first is we have to make the problems that need to get solved more legible. So I would love to see Coefficient Giving, OpenAI Foundation, other folks who have vision in the space, especially who are thinking about AI, make the problems and the vision for those, so how to solve those problems more legible so that somebody can learn enough about a problem to get nerd-synced by it. And the second thing is we want to create high-status on-ramps for great folks to work on philanthropy.

55:29I sometimes am surprised I work in philanthropy. Like, that is not where I expect it to be. And I think the way I sort of rationalize myself through that is, like, this is a very different shape of philanthropy than sort of traditional philanthropy. But I think a lot of people have, philanthropy has that baggage for a lot of people. And so I think we need to shift that. And so I was thinking like, what does YC for like a sort of talent and startup accelerator for public good-shaped problems? That would be really cool. I think another thing that we need to fix is pay in philanthropy. I think we've sort of, it's been gauche to talk about.

56:01We haven't really done, made much progress on this. But in theory, if these are really big problems for the world, we should be excited to pay people who fix those problems a lot of money. So I just, and I think a unique property at this moment is that the funders, where this money is coming from are some of the sort of most coveted companies in the world. Like Anthropic and AI have, all this hypothetical money is sitting in equity right now. And I think that's never really been the case before. So can we figure out a way to sort of give people incentives and bonuses, et cetera, in the form of Anthropic or OpenAI equity?

56:39I think that the pay piece feels like uniquely tractable. I mean, I have not looked into it that much, and I'm sure that this is a deeply naive thing to say, but I want to chase that down. That feels tractable to me. I'll say two things on that, which I think are interesting. I feel like people are like, LeBron James, get rich playing basketball. Beyonce, sell some records and get rich. Don't you dare solve childhood hunger and get rich. Like, how dare you? Like, no, no, no, you should be living in poverty wages. So I do think some of it is that. Says the former do something CEO. Yeah, that's right.

57:12I also do think it's interesting because this has happened in so many industries that right now the nonprofit sector is mostly women. And it's actually more diverse, certainly, than Silicon Valley. And it's low paid. Actually, 80 percent of nonprofit CEOs are men. But the rest of them are women and more people of color than Silicon Valley. And so I do think it's going to be interesting. of all of a sudden we have higher salaries to solve global problems and it's all going to white men. Like all of a sudden it's tech people who are more sort of white men, Asian men, et cetera, just, you know, by demographics.

57:46And then we give them the higher salaries. Like I'm also imagining a, you know, some, some people complaining about that. Some people saying like, what the hell, I've been working in this forever and I haven't afforded that, or I could have done better if I was able to get that equity or I was able to afford this. So I don't think you're naive. I think that is a huge piece of the problem. It's money, and then it's also status. Like you said, you didn't picture yourself being that way because it's higher status to be, you know, sort of a startup at a for-profit than a nonprofit. But I do think there's some other pickups in there.

58:16Yeah. You wrote something that had some parallels to some kind of talks I've given in Italy, which was Silicon Valley, as you know, kind of styles itself as a new renaissance. And one of the things that I've wanted it to do is to upgrade the way that it thinks of the full renaissance. Like how do you bring art in? How do you bring humanism? Not just the kind of central invention of technology, science, creating new networks and roads for commerce and all the rest. And so you wrote that San Francisco might be entering a romantic revival, more beauty, emotion, real life spaces, maybe less optimization.

58:56And so I think of this potentially as a humanist frame. What goals should technology ultimately serve? Not just what can it do? And is romanticism pointing out a humanist outcome, pointing out something different than a humanist outcome? What made you write about the romantic revival? I've lived in San Francisco for over a decade now, and I have felt a vibe shift recently. This piece was not backed by data. It was purely anecdotal on sort of how I have felt this city has been showing up now versus a decade ago. I'm curious what your experience here is, and I can't tell totally what it's a reaction to.

59:40Maybe it is a reaction to sort of AI is taking off, so what does it mean to be human and wanting to embrace our humanness? maybe there are sort of strands of nihilism in there of like you know and sort of a more hedonist origin but SF has felt like it's starting to care more about aesthetics it's starting to care talking about religion feels more acceptable now than it did 10 years ago starting to like care about how you dress feels acceptable if not cool in a way that 10 years ago would have been like you're spending time on sort of the wrong things. I don't really know what to make of it, but it does feel like a shift to me.

1:00:22What has been your observation in SF? I don't have as much direct experience with SF. I tend to be more of a peninsula person. But I do go there. Yes, Bay Area, but I didn't go there. I don't know if I'm seeing it yet. And part of the reason I like giving these speeches at Perugian, Bologna, and other kinds of things, I would like to see more of a explicit cultural focus on kind of humanist virtues. And by the way, it can be how we live our lives. Like, do we go out for walks? Do we, do we have intellectual salons? Do we, you know, I still, maybe I swim a little bit too much in the YouTube short culture of, of like, you know, like too much discussion of peptides, you know blah blah blah blah and you're like okay right and so like like it was funny we Ari and I were at a dinner last night and one of them was like I've recently discovered the Brothers Karamazov and you're like well good been around a while but that could also be looked at as a positive encountering more of that Like, what is the human condition?

1:01:37What should it be? How should we be living our lives individually and together? And more woven through everything, including, of course, your work. And that was the reason why the romantic revival piece spoke to me a little bit as a hope. Yeah. But I don't know if I'm actually seeing anything. And I get your data point. I mean, I'm not quite sure how. I guess we could kind of run a poll or something. But me? What do you think is driving that to the extent that it is happening? I do think your point about AI, there's this old book from earlier tech revolutions called Megatrends by John Nesbitt.

1:02:15And the very first megatrend was high tech, high touch. And as you get to high tech, which is alienating, you tend to get to high touch, which is more humanizing. So you tend to get to like, oh, no, I want something with a wood surface. I want to, you know, and it's one of the reasons why there is a frequent attraction to Japanese aesthetics within this, you know, kind of. A record that you can put on a turntable. Yes, exactly. So AI music, but on a record, precisely. And so I think there's at least some of that. And I think part of the question kind of comes down to how do we make these things that we're doing, which are trying to make a difference to humanity at scale, but how do we make them human too?

1:02:59I think there's at least threads of that. Now, there's also weird other threads, you know, transhumanism. Like, you know, I've lost track of the number of times that people have blithely told me, we're going to be uploading ourselves into robots. And you're like, you have no idea what you're talking about. Right? Like, it's like, what is that? I mean, it's a little bit like people going, well, I understand the Star Trek transponder, like transporter. It's like I get in here and I disappear and I appear over there. It's like, well, okay, look, there's two framings. One is you're disintegrated and there's a clone and the other one is you're transported.

1:03:29it, you really should have a theory about why it's one and not the other one. You know, and so, and it's kind of a similar kind of thing, but that dialogue, and it's also, I think, so I think that's part of the thing that's hitting us is that the technological environment where, you know, okay, what happens when we get to AGI, et cetera, et cetera, and what would that mean? And what would that mean to be human? And what does that mean for work? And what does that mean for meaning? And, you know, a bunch of other questions. But I think it's also the scale of the tech industry because, you know, when 20, 30 years ago, we were all happily the pirate challengers to institutions.

1:04:09And now we're much more like, well, none of the things we do affect the entire world. And so you also, you know, I think it's a simple line that comes from Voltaire, but with power comes responsibility. It's one of the things. So you've got to, okay, now start being responsible for this. And by the way, responsible is not, well, I have a theory. It's like, great. Your theory should be in dialogue with other people. Because, by the way, you have a theory. I am the one God person who knows everything. Oh, you have a problem. Yeah. Right? So it's like, no, no, be in dialogue with people. Kind of find out, like, okay, what are other perspectives and what kinds of things should be shaped?

1:04:47And that's the kind of, that was the reason why when, like, Bologna called me and said, hey, would you do a commencement speech? I think they were surprised when I said yes, because I've been thinking about this. Right? Right. And it was like, no, I think this is important to do. So I'm hopeful. I'm not sure how strong the signals are yet within the valley, but I would love to see it grow. So we have a section called rapid fire, which actually you can answer at any depth that you like, because it's really just the questions around that we ask every guest because it kind of creates a like a tapestry across the different possible podcasts.

1:05:20So is there a movie, song or book that fills you with optimism for the future? There's a collection of essays and talks by Richard Feynman called The Pleasure of Finding Things Out that I'm not really sure how I discovered them in the first place. But whenever I feel like I need a like mental tune up or a reset or like kind of a, yeah, a dose of optimism, I find spending 15 minutes with one of those essays to do the trick. So they're really fun. You can kind of bounce around a bit. But it's like they're essentially about science, but really they're about a lot of things about life. They're about, you know, curiosity and mischief and and learning things and and sort of growing up.

1:06:08And I think that they're a real joy. So highly recommend. I love giving Feynman as an answer. Have you read those? I haven't, but I've read other Feynman. I'm going to get you that book. What is a question that you wish people would ask you more often? I find that the questions that for me, there's like a category of questions that tend to be very useful for me. And they are sort of like constraint lifting questions. So, you know, versions of like, what is the 10x version of what you're working on? Or if you had, you know, if you're working on something and someone's like, what's the, you know, if you had$10 million to spend on this or$100 million.

1:06:46And not to say they're giving you that money, but I find that having other people ask questions that sort of permiss you to think more broadly are sort of surprisingly useful for me. I think Patrick's really good at this, actually. There have been a number of times where he sort of gently asked these nudging questions, and just the asking of them permisses you to think more ambitiously or more creatively. So I love getting those and try when I can to ask them to other people as well. Well, it somewhat leads us to our third rapid fire question, which is, so where do you see progress or momentum outside of, say, your areas, which are climate markets, an AI that inspires you.

1:07:33So we're outside of that. We're seeing a ton of progress right now in biology. I think that that's a really, really exciting area. I think in another world, I would have, I wish I'd been a biologist. I think AI is driving a, you know, is of course related to AI, is driving huge advances in our understanding and also what we can do with that understanding. And so like, you know, every day on Twitter or reading, reading different pieces, it's like, we live in an age of miracles. Like what a time to be alive. I think the pace of progress is staggering. And of course, this is going to run up against the real world and we got to do clinical trials and we got to do, you know, we got to turn the bits into atoms, so to speak.

1:08:08But it's very thrilling to watch. Absolutely. Can you leave us with a final thought on what is possible to achieve in the next 15 years? And oh, if everything breaks humanity's way, I forgot that piece. And what's our first step to get in that direction? I think the next, like the next 5, 10, 15 years are going to be very consequential for humanity, Right. And, you know, without the risk of sounding too AGI pilled, there are these two sets of questions that we're going to need to grapple with. One is how do we navigate the AI transition and manage all of these risks? And two, if we can do that, what does human flourishing look like?

1:08:43The next, you know, 10, 15 years are going to matter a lot in answering those questions. and I think there are, you know, we've talked about many of the things that need to get done, but I think a good first step is taking some of these, like, newer and squishier ideas and trying to sort of more crisply define what are potential visions for them. Like, human flourishing is a word that gets thrown around a lot, but what does it really mean? What does it look like? What does it feel like? How do I imagine it? And get me excited about what that future could look like so that I want to quit my job and go and work on it.

1:09:14I think that we are short vision and sort of really thinking about shaping what those visions could look like is a really concrete and possible and tractable first step towards driving all the attention and resources that we need to go and actually make the world look like that. Awesome. Thank you. Great. Thank you guys so much. This is really fun. So fun.

1:09:53Special thanks to Surya Yalamanchili, Sayida Sepieva, Ian Alice, Greg Beato, Parth Patil, and Ben Rallis. And a big thanks to Freddie Williams, Florian Maganza, and the team at Greylock Partners.

From the publisher

Carbon removal has gone from a niche climate concept to one of the world's most important challenges. Reid and Aria sit down with Nan Ransohoff, Head of Public Goods at Stripe and a leader behind Frontier, the advanced market commitment helping build the market place for carbon removal. Nan explains why cutting emissions alone won't be enough to meet climate goals, what it will take to scale carbon removal from thousands to trillions of tons, and why governments—not just companies—will ultimately need to create and fund the markets that make it possible. They discuss the most promising carbon removal technologies, the role AI could play in accelerating climate solutions, and what it means to be a "general manager" for challenges that affect all of humanity.

For more info on the podcast and transcripts of all the episodes, visit https://www.possible.fm/podcast/

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