MIT Professors Simon Johnson & Elisabeth Reynolds Talk the future of America's Tech Leadership

Summary

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Podcast Summary: Bloomberg Talks

Episode: MIT Professors Simon Johnson & Elisabeth Reynolds Talk the Future of America's Tech Leadership
Date: May 11, 2026
Host: Tom Keene (Bloomberg)
Guests: Simon Johnson (MIT Professor, Nobel Laureate), Elisabeth Reynolds (MIT Professor)

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Episode Overview

In this thought-provoking episode, Tom Keene sits down with MIT professors Simon Johnson and Elisabeth Reynolds to discuss America's technological leadership, the future of key industries, and the challenges and opportunities facing the U.S. in areas like AI, semiconductors, quantum computing, and workforce development. Drawing from their new must-read book "Priority Technologies," the conversation explores how the U.S. can maintain its competitive edge, the role of public policy and immigration, the implications of global competition (especially with China), and the importance of investing in both foundational science and talent.

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Key Discussion Points & Insights

1. The Technologies That Matter Most (01:12–01:48)

• Elisabeth Reynolds highlights six foundational technologies discussed in their book, with emphasis on:

  • Critical minerals: Essential inputs for manufacturing and technology.
  • Semiconductors: “The oxygen of the modern economy.”
  • Advanced manufacturing: Central to maintaining technological leadership.

  "Semiconductors…we talk about as the oxygen of the modern economy."
  —Elisabeth Reynolds (01:32)

2. The Semiconductor Boom and U.S. Strategy (01:48–02:13)

• Discussion on the surging value and pivotal role of semiconductors.

• Reynolds notes that the increasing demand (especially from data centers) justifies recent U.S. investments to expand domestic capacity.

  "The strategy to build more capacity in the US I think is going to pay off."
  —Elisabeth Reynolds (02:09)

3. U.S. Industrial Policy for Tech (02:13–02:33)

• Simon Johnson critiques American industrial policy as "random and not sufficiently coherent," acknowledging recent urgency spurred by AI advances (such as by Anthropic).

• Calls for more proactive, intentional government involvement.

  "Just sitting back and letting the market decide is not great if all your subsecurities [are] on the line."
  —Simon Johnson (02:46)

4. Global Competition: U.S. vs. China and Others (02:50–03:42; 06:09–06:36)

• The U.S. remains a leader in AI due to its ecosystem, but Reynolds warns, "Winning the AI race is not enough"—emphasizing the challenge is effective application and adoption, where China excels.

• Johnson underscores the real risk of losing technological leadership, as China is now "running neck and neck" with the U.S. in many areas.

  "China has come up a long way...they're now, they're not in the lead yet, but they're running neck and neck with us."
  —Simon Johnson (06:24)

5. Public-Private Partnerships & The Innovation Pipeline (06:36–07:30)

• The historic synergy between government, academia, and industry (e.g., post-WWII) is under threat.

• Concerns over declining funding and the drawdown of international graduate students, which impacts future innovation and company creation.

  "One new graduate student who doesn’t go to school now is a loss of innovation, a loss of new companies down the road..."
  —Simon Johnson (06:59)

6. Quantum Computing: Opportunity & Risk (04:47–05:36)

• Quantum computing highlighted as “the next frontier,” potentially disruptive across defense, encryption, finance, and biopharma.

• The U.S. risk: a “quantum winter” if investments wane, especially in engineering, not just science.

  "What Quantum really requires right now is continued investment in the science and technology. And it's not just the science, it's also the engineering."
  —Elisabeth Reynolds (05:26)

7. Immigration: Talent as National Security (07:39–08:41)

• Reynolds and Johnson agree that restrictive immigration and funding policies jeopardize America’s tech future.

• Johnson: “We can understand again, as we used to ... that letting foreign graduate students into the US is important for our national security.”

  "That's how you race with China in terms of talent. China has 1.4 billion people ... But we have the rest of the world."
  —Simon Johnson (08:20)

8. Is a New ‘Sputnik Moment’ Possible? (08:41–09:16)

• Reynolds highlights bipartisan consensus for tech investments (semiconductors, minerals, defense).
• Keene asks if regional “boom economies” (like Phoenix with semiconductors) can be replicated elsewhere. Reynolds sees opportunity in specific niches, pointing to strengths on both coasts.

9. The Brain Drain If U.S. Loses Its Appeal (09:33–10:04)

• Where do top minds go if not to the U.S.? Johnson notes minor uptick to Europe and UK, but many simply leave the research track, a loss the U.S. "never gets back."

  "You're losing the talent from the scientific machinery and you never get it back."
  —Simon Johnson (10:00)

10. Financial System Echoes and Risks (10:04–11:10)

• Keene pivots to financial stability, drawing on Johnson's prior work on financial crises.

• Johnson: The cycle of forgetting past crises endures; risk of repeating mistakes with reduced bank capital, as "we have really seen that movie before."

  "I'm afraid ... I'm amazed actually, Tom, it's taken so long because usually you forget everything, right?"
  —Simon Johnson (10:45)

11. Academic Rigor and Grade Inflation (11:10–11:43)

• A lighter exchange on grade inflation, with Reynolds noting the problem is widespread but being addressed, and ultimately denying its prevalence at MIT in core technical fields.

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Notable Quotes & Memorable Moments

• “Semiconductors ... we talk about as the oxygen of the modern economy.”
  —Elisabeth Reynolds (01:32)
• “Winning the AI race is not enough. Right. It's how you apply the AI across technologies that matter.”
  —Elisabeth Reynolds (03:23)
• “China has come up a long way in the past 25 years ... they're running neck and neck with us in a lot of these frontier technologies.”
  —Simon Johnson (06:15)
• “The cutting back on funding, not great. The uncertainty, not great. Throwing sand in the gears, not great. And then immigration policy that I think is essentially putting at bay a lot of the best talent in the world.”
  —Elisabeth Reynolds (07:42)
• "That's how you race with China in terms of talent. China has 1.4 billion people, as you know. But we have the rest of the world."
  —Simon Johnson (08:20)
• “I fear not so much the private credit... I think it’s the big banks reducing their levels of capital, reducing their buffers against losses. We have really seen that movie before.”
  —Simon Johnson (10:54)

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Timestamps for Major Segments

• 01:12 – Priority technologies for U.S. (minerals, semiconductors, manufacturing)
• 02:13 – Assessment of U.S. industrial policy
• 03:18 – Global competition: U.S., Europe, China
• 04:15 – Workforce & the need for good jobs
• 04:59 – Quantum computing’s promise and investment risk
• 06:09 – Is U.S. science and tech leadership at risk?
• 06:36 – Public-private partnership history and threats
• 07:39 – Adjusting to bad policies, funding, and immigration
• 08:14 – Immigration reversals and talent pipeline stakes
• 08:54 – Prospects of a new 'Sputnik' tech moment
• 09:16 – Can regional innovation booms be replicated?
• 09:42 – Global brain drain: Where does talent go?
• 10:42 – Financial system risks: forgetting past crises
• 11:22 – Light-hearted MIT grade inflation banter

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Summary Flow & Usefulness

This episode is a must-listen for anyone concerned with America's ability to stay at the forefront of technology and innovation. The guests combine accessible explanations with real policy insights, delivered in a candid and at times humorous style. Key takeaways include:

• U.S. leadership is not guaranteed; proactive policy and investment are needed.
• Immigration and education policy directly impact innovation.
• Global competition, particularly from China, is sharper than ever.
• Frontier technologies like AI, semiconductors, and quantum computing require coherent, sustained support.

For those who missed the episode, this summary covers the analytical depth, urgency, and optimism featured in the discussion, with plenty of notable soundbites and practical observations on shaping the future of America's tech leadership.

Transcript

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[Tom Keene]

This is a joy. My book of the summer's a guy out of Berkeley that's a school Simon out in the West. I don't know if you've heard of it be I can green with a wonderful book on currency, but this is the cool book at the at the at the beach. Like if you're looking for a man in finance, six five, you're out in the Hamptons. You need a book that you can. It's slim. It's a fabulous must read of 140 pages. Elizabeth Reynolds was Simon Johnson and they join us now from the Massachusetts Institute of Technologies. I can't say enough about the directness of that. What's it like dealing with a forward from a Nobel laureate? Like, do you edit him?

[Elizabeth Reynolds]

You know, cautiously, very cautiously, I look

[Tom Keene]

at the technology here and it's affecting every listener, every person's life. What's the priority technology right now for people not enjoying the technology juggernaut?

[Elizabeth Reynolds]

Well, we in the book point to six different technologies that we think are really important. Obviously there are more. I would start with some of the foundational technologies so the critical minerals that go into all of our products, including semiconductors. Semiconductors in our, you know, we talk about as the oxygen of the modern economy. So those are two of the technologies we talk about. But we also talk about advanced manufacturing.

[Tom Keene]

Are you surprised that the technology juggernaut semiconductors is in the price is in a pricing moonshot like the Cosby is straight up. Semiconductors are straight up. Were you taken aback by that?

[Elizabeth Reynolds]

Not particularly. I think we see the, you know, writing on the wall in terms of the demand, particularly with data centers, etc. So the strategy to build more capacity in the US I think is. Is going to pay off.

[Unidentified Moderator/Interviewer]

Simon, do you think the U.S. government. Well, first of all, the markets are trying to figure out what AI is on a daily basis. If it weren't for this war in Iran, that would be front and center as it has been for three years. You think the US government has an industrial policy for technology for some of these critical issues that you guys hold out?

[Simon Johnson]

Well, they certainly have something that has industrial policy elements. I think it's a bit random and not sufficiently coherent. I think they're also having to rethink it in a Hurry because of what anthropic has just shown them. So they realize that just sitting back and let the market decide is not great. If all your subsecurities on the line.

[Unidentified Moderator/Interviewer]

And Elizabeth, it seems once again that the US Is leading here. I look to Europe, I see nothing. I look to Asia. I do see some very good technology coming out of China. But once again, it seems to be the US is on the cutting edge of some of these AI and other technologies. And I think historically that's because we've had a very light touch from the government. How do you expect that to go forward? You expect the US to continue to be a leader here, or is that not a given?

[Elizabeth Reynolds]

Well, I think certainly in AI we're seeing all the, you know, benefits of the US Ecosystem playing out. But as Simon and I, you know, have written, winning the AI race is not enough. Right. It's how you apply the AI across technologies that matter. And that's where actually we see the Chinese are very strong on the implementation and on the adoption. And that's where I think we need

[Tom Keene]

to be on this Monday Across America. Elizabeth Reynolds is with us in the Massachusetts Institute of Technology. The forward is Simon Johnson, of course, you know, the Nobel Prize winner this year for any number of good things. And I have stated many, many times over the years the most singular, prescient person on the financial crisis that I know. We'll talk about that in a bit. Simon, why did you get behind this book? I mean, you can do anything you want if you're going to fix the Red Sox. I'm in June. But why did you get behind this book?

[Simon Johnson]

More good jobs, Tom. That's what we need. I think that's what's gone wrong with this democracy is that we haven't delivered for middle, middle America, middle skills, middle education, middle of the country, geographically. We lost.

[Tom Keene]

Yeah, but I feel like it's. Not everybody can learn calculus. Not everybody can learn. Claude. Right.

[Simon Johnson]

Yeah, right, Absolutely. So there's a lot of jobs that require different kind of cognitive abilities, different kind of manual abilities. That's what we used to have in manufacturing. I don't think you can bring back the jobs in traditional manufacturing, although that's going to be automated, is already being automated. But you can own the frontier, you can push hard on the frontier, and the frontier of technology will deliver more good jobs.

[Unidentified Moderator/Interviewer]

I think the discussion of AI has overshadowed something that people were talking about and saying, boy, this, we better get this right. And that is quantum computing. What does that mean to you guys? And how do you guys look at it?

[Elizabeth Reynolds]

Right, so Quantum is one of the chapters that our colleagues Will Oliver and Jonathan Ruane wrote. Quantum is, you know, the next frontier and opens up, you know, billions of dollars of opportunity not just for defense and encryption issues, but also across all sorts of applications and financial services and biopharma. And what we hear from our colleagues is the big risk for the US is some kind of quantum winter, that what Quantum really requires right now is continued investment in the science and technology. And it's not just the science, it's also the engineering.

[Tom Keene]

Two heavyweights with this, folks. Did you see this weekend? Somebody had a private survey, like a real survey of fancy schools, and the number one school was on the Charles river in Boston. Too much and they don't have a football team. It was amazing. MIT came in number one, which was great. What I love about this is Elizabeth has footnotes throughout. Here's a Johnson footnote. Baker and Johnson, will the US Continue to dominate science? Most of our listeners and viewers question that. Are we at risk of losing our science?

[Simon Johnson]

Yes, absolutely. Well, not losing our science, but losing our leadership.

[Unidentified Moderator/Interviewer]

Tom.

[Simon Johnson]

I think that's. That's true to China. China has come up a long way in the past 25 years. China's running neck and neck with us in a lot of these frontier technologies.

[Tom Keene]

They're doing legit research, like at mit, like at Caltech, like at the others.

[Simon Johnson]

Yes, absolutely. Our expert friends, including Rafael Reiford, president of mit, looked at their technologies in great detail, and they come away impressed. They're now, they're not in the lead yet, but they're running neck and neck with us. And I think this is a very real threat that we need to take seriously.

[Unidentified Moderator/Interviewer]

So, Simon, going to that point Since World War II, one could argue, this is how I understand it, that some of the technological leadership that the US has had has been a public private partnership. The US government and universities such as MIT and my Duke and you do it together. And that's where the great medicines come from. That's where the great technologies come from. How much is that at risk right now?

[Simon Johnson]

Oh, I think it's very much at risk. I think it's being called into question. The funding is obviously down, roughly speaking, 10% in terms of impact on the flow of graduate students. One new graduate student who doesn't go to school now is a loss of innovation, a loss of new companies down the road, because once they've been in school for five, six, seven, eight years, they become extremely knowledgeable, they're very specialized they know where the opportunities are, they set up companies. The postdocs are some of the most productive people in terms of generating new companies and new jobs. So we're going to. We're losing all of that already. And the trajectory is not positive at this particular moment.

[Unidentified Moderator/Interviewer]

Is there a fix there from MIT's perspective? I mean, is it. I'm guessing the MIT's are the world and everybody's got to adapt somehow.

[Elizabeth Reynolds]

Well, I think there's adaption, but there's also checking, I think some of the bad policies and steps we've seen. So the cutting back on funding, not great. The uncertainty, not great. Throwing sand in the gears, not great. And then immigration policy that I think is essentially putting at bay a lot of the best talent in the world.

[Tom Keene]

This is critical. This came up like eight times this weekend, including Good morning Bard College up the Hudson River. Fabulous time there Friday at the Levy Institute. I mean, as simple as I can do you look at the immigration realities of 2026 is reversible, Simon.

[Simon Johnson]

Yes, they can be reversed. We can understand again, as we used to understand, that letting foreign graduate students into the US is important for our national security. That's how you race with China in terms of talent. China has 1.4 billion people, as you know. But we have the rest of the world. If we let the talented people in, which is what we did in the 1950s and 60s after sput, the National Defense Education act put money into educating Americans. That's complementary to letting in the foreign graduate students. Of course. I was a foreign graduate student in 1980. Let's be clear.

[Tom Keene]

Full disclosure, Sputnik is a personal thing of the family and you know, the skunk works at MIT and all that. Elizabeth, can we have a Sputnik moment? Can we all go Donald Fagan and have an IGY again?

[Elizabeth Reynolds]

I think so, for sure, if you look. Actually we have a fair amount of consensus about what we need to do. Previous administration, this administration doubling down on semiconductors, critical minerals, defense drones. There is a lot of consensus on what we have to do.

[Tom Keene]

We call that Phoenix. I was just out in Phoenix and it's amazing, right? It's a boom economy. Can we do Phoenix on the East Coast?

[Elizabeth Reynolds]

Oh, yeah, it's a little bit. It's perhaps going to be in other niche areas, but we have extreme capabilities in the semiconductor space also in the defense space, in the, in the biopharma space. Of course.

[Tom Keene]

I'll get one more in here because then I got to beat Simon Johnson to death.

[Unidentified Moderator/Interviewer]

Simon, if the talented folks from around the world are not coming to the us where are they going?

[Simon Johnson]

Well, a little bit in Europe, although Europe is not upping its game, so they're missing that opportunity. The UK is trying hard in this space. The British recently made me an ambassador, which is a great honor. Whether I'm an ambassador to AI or from AI, we're still talking about that. But I think a lot of times they're going to other areas. They're not going into research. They're going to have, you know, good, productive lives elsewhere. So you're losing the talent from the scientific machinery and you never get it back.

[Tom Keene]

I got to do a digression here. The book is Priority Technologies with Elizabeth Reynolds. But since we have Professor Johnson in the studios and he's taken parchment here from the Scandinavian elite, we're going to have to bug them here. Your book in 2089 had one paragraph in chapter four which said this was the moment where the SEC let the genie out of the bottle and they brought forward the financial crisis. Do we have the lack of humility now to repeat that exercise given private credit, given some of the excesses of our financialization?

[Simon Johnson]

Yes, I'm afraid so. I'm amazed actually, Tom, it's taken so long because usually you forget everything, right? And people into markets, they did. Many people in markets today weren't working in 2000. So I fear, I fear not so much the private credit. Although of course that could be the ignition for what happens. I think it's the big banks reducing their levels of capital, reducing their buffers against losses. We have really seen that movie before. In fact, it was made into many movies, Tom, which we saw. And still we're going to repeat that same mistake.

[Tom Keene]

One final question, Elizabeth. Can you just tell me about, I mean, the other school on the Charles Rivers mental about great inflation right now. Is there great inflation at mit? I mean, it's brutal.

[Elizabeth Reynolds]

I think it's been a problem generally in the country and I think schools are addressing it now. I think I should leave it at that.

[Tom Keene]

So the alumnus Troy Gasket would tell me that there's no great inflation in engineering because he got a 1.5 his freshman year there. As everybody said, oh, this is hard. But the great inflation even at mit?

[Elizabeth Reynolds]

No, I don't think so.

[Tom Keene]

That's what I wanted to get go away. Of course it's great inflation. Their priority technology. Folks, this is the must read summary on AI manufacturing technology, all of it. It's just a fabulous effort by Elizabeth Reynolds with Simon Johnson helping out from the Massachusetts Institute of Technology.

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