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Home » Transcript: U.S. Leadership in AI w/ Jensen Huang and Congressman Ro Khanna

Transcript: U.S. Leadership in AI w/ Jensen Huang and Congressman Ro Khanna

Editor’s Notes: In this event from the Stanford Graduate School of Business, NVIDIA founder Jensen Huang and Congressman Ro Khanna join General HR McMaster to discuss the critical intersection of AI, national security, and economic leadership. The conversation explores how the United States can maintain its competitive advantage by fostering global talent and funding research universities while also addressing the risks of “overregulation” that could stifle innovation. Throughout the discussion, the guests emphasize a “democratized” vision for AI that aims to bring industrial prosperity back to the American workforce and ensure the “American Dream” remains accessible in the age of intelligent computing. (April 17, 2026) 

TRANSCRIPT:

Welcome and Introduction

INTRODUCING SPEAKER: Well, good afternoon, everyone. I’m delighted to see such a full house and delighted to have the opportunity to kick off what I hope will be an absolutely fabulous discussion. So we are gathering right now at a moment of extraordinary transformation in artificial intelligence. AI, of course, is not just reshaping business education, but it’s raising important questions about US leadership, economic and national security, and the future of work itself.

At the GSB, it is our responsibility to not only help our students to understand this technology, but to understand the broader context in which AI leaders, policymakers, and practitioners are making decisions. This is exactly why we are launching the Stanford Leadership Institute now. The institute brings together academics, policymakers, practitioners, and our students to help develop an understanding of the very context in which leadership takes place.

My hope is that today’s discussion will surface practical insights, raise important questions, and deepen all of our understanding of how we can responsibly harness the potential of AI while thoughtfully addressing its risks. We are thrilled to be joined today by our speakers. We have Jensen Huang, the founder and CEO of NVIDIA, Congressman Ro Khanna, who represents California’s 17th District, and General H.R. McMaster, former National Security Advisor and a senior fellow at the Hoover Institution and Freeman Spogli Institute for International Studies, who’s going to moderate the discussion. Please join me in welcoming these wonderful speakers.

Opening Remarks

JENSEN HUANG: Sorry, I’d shake your hand except Congressman—

RO KHANNA: You can be in the center. OK. They came here to see you.

JENSEN HUANG: I think this might be the hot seat.

RO KHANNA: I think I’ll sit over here.

JENSEN HUANG: I would shake your hand except I put some honey in my tea. And now everything’s sticky. And my first thought was, what, are you a child?

H. R. MCMASTER: Hey, well, it’s a great honor to be with both of you gentlemen and to be with all of you. Thanks for coming out for this panel discussion. It seems to me this is kind of like a setup for a joke. A washed-up general, tech innovator and CEO, and congressman from Silicon Valley walk into a bar. You know, what happens next?

So hey, why don’t we just jump right into it? There’s so much to talk about, obviously. And I really want to hear what’s on your minds in each of these general areas. But first of all, I think we can all agree that artificial intelligence-related capabilities are extremely powerful. They have huge impact across society. They hold great promise. They’re affecting the way that we wage warfare. And they determine, I think, whether or not we have a competitive advantage economically or militarily and from a national security perspective. Could I hear just both of your thoughts on how do we, if you agree, which I know you both do, that we should maintain our competitive advantage, how do we do it?

RO KHANNA: Jensen, why don’t you start?

Jensen Huang on AI and the Five-Layer Stack

JENSEN HUANG: First of all, I think it’s helpful to take a step back and ask ourselves, what is it that we did? We have reinvented computing as we know it. How software is developed, how software is written, what software can do, and how software is processed. At its most fundamental level, in a lot of ways, that’s all we’ve done.

Now, of course, the nature of computing also changed in the sense that the way we did computing in the past is what was called retrieval-based computing. All of the content was prerecorded. You wrote a story, you designed something, or you recorded a video, you recorded a speech, and you stored it on cloud databases and data centers. And based on how you clicked something or whatever the recommendation systems are and whatever the algorithms are, it would present that prerecorded content to you.

The way that computing is done today is called generative. It takes all the context, the prompt, your intentions, and it understands — because it now understands it. It can perceive, it understands, it reasons, and it could write your story, summarize, write software. And so the new type of computing is generative. It is therefore seemingly intelligent. But when you look under the hood and you open the data center and you open up your computer, what you see is software running on top of computers. And so this is a new type of software. It is incredible in that sense, but it’s no more incredible in that sense. It’s not an alien. It didn’t come from outer space.

And so I think that, number one, because of the nature of this new computer, everything about the computer industry has changed because it’s so capable and it could do such amazing things. Everything from the nature of companies, the position of companies, and the nature of data centers went from storage of files to now generation of tokens. And I call them factories. You turn electricity into tokens. It’s manufacturing something. The classical data centers used to be a file server. Now you have basically token generators. Well, that takes a lot of computers.

And so now the question is, what can it do? Well, I think that it’s fairly clear to all of us that the latest rev of AI, which allowed us to go from perception to generative to now agentic systems, this next click of AI has proven to be incredibly capable.