WEBVTT

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Is America going to win the AI race?

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>> There are three
obvious threats right now.

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>> Is China winning the global race
to develop artificial intelligence

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technology? >> So, how far ahead
of China do you think we are?

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>> Overall, I would say

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>> China put in 172 gawatt of solar last

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year, I think is the number. It's

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remarkable. We needed in our calculation

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by 2030 92 gawatt to be built. A big

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nuclear power plant is somewhere between

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1 and 1 1/2 gawatt. The country needs

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more energy. And if we don't get more
energy, we're not going to be able to

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fully exploit the lead we have in AI and

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AGI. It's very clear.
It's probably the case that

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>> now that's a moonshot,
ladies and gentlemen.

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>> Hey everybody, welcome to part two
of Eric Schmidt week on moonshots. In this

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episode, my moonshot mate Dave Blondon

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is interviewing Eric Schmidt about US

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versus China and how to avoid crisis

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during this period of hyperexponential

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growth in AI. A heads up, uh, this this

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audio recording from Eric is a little
bit choppy. He was on Wi-Fi from his

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hotel room, but guarantee you
the content is valuable, so please listen

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in. And also, this was recorded about
a month ago. It took us a while to get the

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footage out to all of you. All right,

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let's jump in this episode
with Dave Blondon and Eric Schmidt.

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So, why don't I start you with uh
is America going to win the AI race?

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Because I know that's a topic that you've
spoken on quite a bit. It's also

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addressed a little bit in your new book,
Genesis, AI, Hope, uh and the human

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spirit, uh which hopefully everybody
will read, uh with Henry Kissinger,

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actually as a co-author. So, uh are we
going to win the AI race? And you know

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what are the scenarios
where we win and lose?

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>> It looks like we will.
And um and let me

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define like

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so I think the San Francisco consensus

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which is I call it is what people in San

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Francisco believe which charity was you

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is that you're going to see a build from

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current agentic concion to various forms

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of recursive self-improvement to

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eventual AGI and super intelligence.

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Um, in order to do that, of course, I

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need to use enormous amount of hardware.

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Uh, Google TPUs, uh, the biggest
ships and silver, and everybody in the

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audience knows that. It sure looks like

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the hardware restrictions that the Trump

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and Biden administrations have put
on China are going to prevent them from

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competing at that space. I've been
recently in Shanghai for a few days. I

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have good relationships with the Chinese
and my conclusion is they're they're

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they're fighting a different game.

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They're ready to adopt AI in every

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product, every service, everything, but

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in a more classical way. But the merit

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is going to seek for AGI. I was quite

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worried that we would end up in a super

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intelligence race where you would end up

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with such enormous gains that one side

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would have to actually pre-mp.

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It looks like that fear from me was not
well grounded. In fact, I think we're

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going to be okay for a few years.

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>> Really? What What about robotics?
We seem to be pretty far behind in that

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front. >> Yeah.
If if if it's okay for me to be

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completely blunt, um the Chinese are

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doing the same thing in robotics that

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they have done in electronic vehicles.

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Um, in case you're confused, while the

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current government in the US gets rid of

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solar and wind subsidies and promos,

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China put in 172 gawatt of solar last

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year, I think is the number. It's

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remarkable.

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So, the the Chinese race around uh solar

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and EVs, electronic vehicles of one kind

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or another, looks like they've won.

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They're using all of those technologies,
in particular, new ways of building

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stepper motors and other very
inexpensive, very powerful, you know,

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physical things. Good example is Unitry

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just launched the R1 uh for $6,000

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available in December. I'm I've ordered

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one. We'll see how good it is. But the

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arrival of humanoid robots um is likely
to be dominated by China. I'm not

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suggesting there won't be areas where
the US will play. uh the US will still

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have spaces of very high-end, very
sophisticated stuff. Our software is so

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much better than the Chinese software,
but at the hardware level, I think you

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should assume that the world
will be a wash in inexpensive

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Chinese robots in the same sense that

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there'll be a wash in inexpensive

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Chinese electric vehicles. Who knew? And
so this is going to be my last question,

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but let me bump it to the front since
you just beautifully segueed into it. In

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the race for AGI, but then also
in parallel robotics, uh, China's going to

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be miles ahead in electricity production.
And in the very short term,

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we're all going to be chip constrained,
TPU constrained. But if you look 3 four

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years out, they, you know, the the fabs
are running at full throttle, the chips

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are coming out by the millions, then
you're suddenly electricity constrained.

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uh is there a vulnerability
for America there?

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>> It's a huge issue. So again, let's use

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China versus the US as a metaphor.
What are China's strengths? Uh and I'm not

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praising China. I'm just trying
to report it. They have solved their

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electric power problem. They also have
full control over social media. So they

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don't have the kind of problems that

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people here complain about. They have

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enormously talented software people and

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they don't have enough hardware.

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I think that's roughly where they are.

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They're also incredible capitalists. Uh

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they they call it um Chinese Chinese

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socialism with uh socialism with Chinese

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characteristics. But trust me, it's pure

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raw capitalism. Let's call it what it

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is. In the US, we have the many benefits

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everybody understands. We do not have
enough electricity and our hard and our

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at least in our consumer stuff, the

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Chinese are likely to beat us. Our

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hardware architectures are fantastic and

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I'm including um the Amazon chip,
obviously the embedded chips, the TPU

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v5, which I'm happy to say I was part of

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TPU version one. Um all of that stuff is

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incredible. So, if you
think about it, uh, and I

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testified in Congress a month or two ago

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on this, we looked at the amount of

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electricity required in the United

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States to power the expected demand of

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data centers and we needed in our

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calculation by 2030

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92 gawatt to be built. And for

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reference, a big nuclear power plant is

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somewhere between 1 and 1 and a half
gigaww. To give you a sense at how many

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nuclear power plants are getting started

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in America, effectively zero. So we had

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hoped and I've hoped in my lobbying and

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testim testifying that the
government would fast track

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availability of all kinds of

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electricity. Um and indeed they have

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promoted oil and gas, but they've also

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hobbled sto um solar and wind to a

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terrible degree, which is an error. The

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country needs more energy. And if we

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don't get more energy, we're not going
to be able to fully exploit the lead we

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have in AI and AGI. It's very clear. And

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by the way, the obvious next question
is what do we do? Well, there are

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scenarios. For example, the president
went to Saudi and the UAE and did huge

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deals for multiple gigawatts. And so
we might find ourselves in a situation

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where our training for our most
important thing, the thing which are the

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the essence of America, which is

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American intelligence, is actually being
developed in kingdoms and that may be

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the only fall back we have.
>> That is really weird and that begs a

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very difficult question.
Do you mind if I ask you a a tough one?

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>> Go ahead. Uh I've been, you know, uh

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kind of uh inspired by you for most of

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my adult life and uh I I really I've

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been watching your uh podcast where
you're talking about look when you

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remember when you guest lectured Eric
Bolson's class over at Stanford actually

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you said when you were running Google
you felt like you made decisions three

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times faster than any company on the
planet but then when you got into the

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federal government you felt like the
decision-m was onethird as fast as even

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a slow company. So from your point
of view, it's like, you know, a tiny

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fraction of the pace that we need to move.
But you've been saying recently

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that, you know, one of the things
that's inevitable is some kind of an AI

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disaster and we're hoping that it's like

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a 100 people that die and not a thousand

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or 10,000 or a million or or even 100
million. Uh but, you know, suppose that

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it does play out that there's a

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catastrophe. That's a wake-up call. What

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do you want to do with that wakeup call?

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What what's the next move for Eric
Schmidt after the wakeup call?

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>> Well, so so the background here is
that Dr. Kissinger, Henry, and I spent an

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awful lot of time talking about
the period in the 1950s where he was a key

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component of all of these things.

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And the so so what he did was he used

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the fact that we had used the nuclear

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bomb to negotiate over about a 15-year

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period a set of treaties that restricted

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nuclear proliferation.

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Those treaties when they were um

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uh when they were negotiated have

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allowed us to be alive today. So these
were centrally important without but

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without without controlling the spread
of enriched uranium and the other

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secrets we would all be toast literally

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because of crazy people and so forth. Is

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there an analogous set of things that we

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can do? The problem here is or I guess
the good news is we're not in a war. We

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haven't had a nuclear bomb. We don't
have that thing to discuss. So we can

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talk about it but governments tend
to act reactively. So let me talk. There

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are three obvious threats right
now which I think are fairly well

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understood. The first is misinformation

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and the software that we're all

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collectively giving people. Um allows

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for all sorts of misinformation, fake
videos, fake news, what have you. We all

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understand this. It's all open source.

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That's done. That's a threat
to democracies and maybe to dictatorships,

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but certainly to democracies. The second
one is cyber. And I think one way to

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understand cyber is that if you can
write code, you can also write cyber

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cyber attacks. It's the same logic. And

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you have these incredible gains in

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software. It's frightening how good
these so remember my career is as a

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programmer. These things program better
than I ever did. It's like shocking,

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right? And then the third one is bio.

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And I think most people believe that one

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of those three will create some kind of

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mini crisis that will then cause the

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governments to say, "Hang on, let's have
a conversation about how to really deal

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with the downsides." The upsides are
incredible, right? And I want America to

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win, and I want us to run as fast as we
can. And we're indeed doing that with

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the Trump administration, which is great,
right? But we have to be aware

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that these pos these things are possible.
Um the one I'm particularly

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worried about is biological and he
goes something like this. You take some

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existing pathogen and using biological
techniques which I won't discuss. You

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can modify it enough that it cannot be
detected but it's still quite dangerous.

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That's an example of a threat.
There are many others.

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>> Yeah, that's also the easiest I think

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which is scary um of of the immediate

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you know CBRN threat threats. So cyber,
biological, radiological, nuclear. uh

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biological is the one you can kind of do
in a basement with three people, but

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it's also the one that's hardest to

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contain. So anyway, uh I hope the theory

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is right. So, so then uh how do you deal

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with proliferation? You know, the Biden

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approach was okay, let's contain AGI to

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these five companies, you know, Google
being one of them, and then let's say

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any model with over 1 26 training
flops has to register with the federal

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government. And then we'll keep it all
contained. Uh, so that all got scrapped

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immediately, you know, after
the election and got replaced by the new

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David Saxs document, which the David
Sachs document is much more about how do

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we move as quickly as possible and and

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win the race. Um, but it doesn't really

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address proliferation. And obviously
in America, we want startups uh and

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researchers to have incredible access
to technology and compute. On the other

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hand, you know, the three people in a
basement making a biological weapon is

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is a real scary thing.
So, how do you balance those?

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>> It turns out if you read the David
Saxs President Trump announcement, they're

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very clear that they want to continue to

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study the security aspects

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of AI, especially in a geopolitical way.

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And that's code for China versus the US.

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And so, they continue in their proposal
to fund things involving nation state

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attacks and so forth and so on. and I

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fully support that kind of stuff. Um,

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there's probably a difference
on the misinformation social media stuff

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between the two, but for example, the

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Biden rule was simply that you had to
report if you're doing a training run 10

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to the 26 or greater. I was part of the
group that made that number up. Uh, we

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made it up because we had no better
number. I'm not suggesting it's the

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right number. And the the conclusion you

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come to is

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it's probably the case that that we know

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our government, I don't know this,
but I'm guessing knows where the training

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runs are going on in in China because of

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espionage. And it's probably the case

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that the Chinese have espionage on the US
knowing where our training runs are.

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So I'm not sure the nature of the
training run runs is a secret. And

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frankly, everybody knows where the data

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centers are cuz they're immense. So, uh,

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we will see. Another attack on the 1026

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is that the training is getting more um
more costefficient. If you look at the

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moving, they move from something called
FP16 to FP8. That means eight precision

00:14:25.680 --> 00:14:29.117
floating point. People are now moving
to four fourbit floating point, which is

00:14:29.200 --> 00:14:31.837
bizarre. It turns out these training

00:14:31.920 --> 00:14:35.117
algorithms seem to be quite tolerant for

00:14:35.200 --> 00:14:39.997
floating point impre imprecision which
is a shock to me. So again we're getting

00:14:40.080 --> 00:14:44.157
more efficient in training. This creates
more of a proliferation problem. If I

00:14:44.240 --> 00:14:48.157
can if I can say in general
the proliferation issue I'm not worried

00:14:48.240 --> 00:14:50.797
about big companies in big countries

00:14:50.880 --> 00:14:52.877
because I can count them. You know

00:14:52.960 --> 00:14:57.917
there'll be 10 huge data centers, 10
huge training runs around the world. I'm

00:14:58.000 --> 00:15:02.557
much more worried about the open- source
groups which can operate in the shadows.

00:15:02.640 --> 00:15:03.997
They don't have to solve every problem.

00:15:04.080 --> 00:15:05.917
They just have to do one thing well.

00:15:06.000 --> 00:15:09.277
They can patch together the open source
which is generally available and it's

00:15:09.360 --> 00:15:11.437
good enough. If you look at the quality

00:15:11.520 --> 00:15:15.357
of DeepS are R are one and now R2

00:15:15.440 --> 00:15:18.077
coming. Sure looks like it's in 80 or

00:15:18.160 --> 00:15:22.637
90% of these top closed models.
The closed models people, which obviously

00:15:22.720 --> 00:15:26.877
includes Google, get very defensive over
this because they say, "Look, those are

00:15:26.960 --> 00:15:30.717
kind of synthetic. They have diffused
the models. They've trained our best

00:15:30.800 --> 00:15:34.557
information. They're not." All of that
is true. They're correct, but they are

00:15:34.640 --> 00:15:37.037
nevertheless useful for specific things,

00:15:37.120 --> 00:15:41.677
and they could be used in a proliferation
issue to do various forms

00:15:41.760 --> 00:15:43.917
of cyber and biological attacks.

00:15:44.000 --> 00:15:47.357
>> Well, yeah. The current rule of thumb
is that distillation and transfer learning

00:15:47.440 --> 00:15:51.837
is about 1% of the cost of the original
training but gets you to the same

00:15:51.920 --> 00:15:55.437
destination. So if you take you know FP4
which you mentioned you know we get an

00:15:55.520 --> 00:15:58.717
8x performance boost over FP32. So you

00:15:58.800 --> 00:16:03.277
get an 8x on the ch on the you know the
the weights and then you've got another

00:16:03.360 --> 00:16:07.437
100x on the transfer learning.
And it's really hard to draw an analogy to

00:16:07.520 --> 00:16:12.157
nuclear or chemical weapons in the past
cuz you couldn't kind of shrink them a

00:16:12.240 --> 00:16:14.397
thousandx under the covers and get the

00:16:14.480 --> 00:16:19.437
same result. But AI is really weird that
way. It's it's very compressible, very

00:16:19.520 --> 00:16:21.277
fluid.

00:16:21.360 --> 00:16:24.637
Uh well, again, we we we will see. Um it

00:16:24.720 --> 00:16:27.037
does not look like we have a very good

00:16:27.120 --> 00:16:29.517
solution for distillation.

00:16:29.600 --> 00:16:32.957
It looks like an opponent of a company

00:16:33.040 --> 00:16:35.837
can mask their queries to look like

00:16:35.920 --> 00:16:37.917
normal sets of users and then distill

00:16:38.000 --> 00:16:40.877
the models. One of my friends has

00:16:40.960 --> 00:16:43.677
thought about this a lot and he thinks

00:16:43.760 --> 00:16:45.517
that the eventual state in the United

00:16:45.600 --> 00:16:48.477
States is that the biggest models will

00:16:48.560 --> 00:16:51.597
never be released and that the companies

00:16:51.680 --> 00:16:54.557
will distill their own models down for

00:16:54.640 --> 00:16:57.197
that reason. That's his opinion. We'll

00:16:57.280 --> 00:17:00.157
see if that's true. And this produces a

00:17:00.240 --> 00:17:03.037
bizarre outcome where the biggest models

00:17:03.120 --> 00:17:05.517
in the United States are closed source

00:17:05.600 --> 00:17:07.997
and the biggest models in China are

00:17:08.080 --> 00:17:12.637
open- source. And the geopolitical issue
there of course is that open source is

00:17:12.720 --> 00:17:17.677
free and the closed source models are
not free. And so the vast majority of

00:17:17.760 --> 00:17:21.037
governments and countries who don't have
the kind of money that the west does and

00:17:21.120 --> 00:17:24.877
so forth will end up standardizing
on Chinese models not because they're

00:17:24.960 --> 00:17:28.397
better, but because they're free. And so
we'll see if that's true or not. But I

00:17:28.480 --> 00:17:31.197
do worry about that. >> Well,
this whole topic of distillation

00:17:31.280 --> 00:17:35.037
and proliferation is a good segue into
a much happier topic which I really want

00:17:35.120 --> 00:17:39.757
to use want to use our remaining time on.
Uh I cannot tell you how inspiring

00:17:39.840 --> 00:17:43.677
you are to the founders around
Cambridge, MIT, Harvard, Northeastern

00:17:43.760 --> 00:17:47.677
where where all of our talent comes from.
Um, in my perfect world, you would

00:17:47.760 --> 00:17:51.757
podcast or say something or publish
something every single day and then

00:17:51.840 --> 00:17:56.477
people could turn off CNBC and just tune
into what you say because well, I mean,

00:17:56.560 --> 00:18:00.237
aside from it being brilliant, you have
access to knowledge that isn't in anyone

00:18:00.320 --> 00:18:01.677
else's brain as far as I can tell.

00:18:01.760 --> 00:18:05.997
You've got this really, really unique
combination of perspectives and and it's

00:18:06.080 --> 00:18:08.157
incredibly valuable. So, you know, using

00:18:08.240 --> 00:18:11.997
distillation and uh as a starting point,

00:18:12.080 --> 00:18:15.837
what founder advice would you give? you
know, we're seeing numbers like they're

00:18:15.920 --> 00:18:20.157
completely unprecedented at ages
of founders that are also unprecedented. I

00:18:20.240 --> 00:18:23.757
mean, you saw Sergey and Larry when they
were very very young, but now they're

00:18:23.840 --> 00:18:27.677
even younger. We're talking 18, 19 years
years old now. So, uh, what advice would

00:18:27.760 --> 00:18:30.077
you give them?

00:18:30.160 --> 00:18:32.077
>> So, I think the the
most important thing

00:18:32.160 --> 00:18:35.357
to say is that the barrier to entry to

00:18:35.440 --> 00:18:38.237
starting a company is effectively zero

00:18:38.320 --> 00:18:41.357
now. So, let's think about it. What do

00:18:41.440 --> 00:18:45.597
you need to have a company? You can
register it online. You need some money

00:18:45.680 --> 00:18:49.277
to get started. You have to pay yourself.
Um, you don't really need any

00:18:49.360 --> 00:18:53.197
programmers. You need
a couple people to w to pay

00:18:53.280 --> 00:18:55.517
Google or Claude or what have you to uh

00:18:55.600 --> 00:19:00.717
to write the code for you. Um, so you're
pretty good there. You can use third

00:19:00.800 --> 00:19:04.637
party logistics companies if you're
building a hardware device and you can

00:19:04.720 --> 00:19:09.357
use essentially contract manufacturers
to build whatever hardware device. So it

00:19:09.440 --> 00:19:13.117
looks to me like for hardware and
software the barrier to entry is almost

00:19:13.200 --> 00:19:16.237
zero. That sounds great until you

00:19:16.320 --> 00:19:17.757
realize that as a result you're now

00:19:17.840 --> 00:19:20.477
competing against everyone all the time.

00:19:20.560 --> 00:19:23.597
So as an example in my career which has

00:19:23.680 --> 00:19:26.557
spanned more than I guess 50 55 years

00:19:26.640 --> 00:19:29.277
now doing this stuff the key thing

00:19:29.360 --> 00:19:32.237
that's true is the compression of time.

00:19:32.320 --> 00:19:34.237
The other thing I would say to founders

00:19:34.320 --> 00:19:37.037
is it's really important that everything

00:19:37.120 --> 00:19:41.357
you do be learned and not uh specified.

00:19:41.440 --> 00:19:43.197
I'm doing a couple startups on my own.

00:19:43.280 --> 00:19:47.357
We'll see how well they do.
But with them, I say I know nothing. Learn

00:19:47.440 --> 00:19:51.517
everything. So you can learn how
to support your customers. You can learn

00:19:51.600 --> 00:19:55.197
what the customer wants. You can learn
how to and learning meaning in the AI

00:19:55.280 --> 00:19:56.797
sense of learning. Learning it as part

00:19:56.880 --> 00:20:00.157
of uh either uh supervised or

00:20:00.240 --> 00:20:02.957
unsupervised training. U and if you take

00:20:03.040 --> 00:20:04.797
a learning approach then you build a

00:20:04.880 --> 00:20:07.997
system that if it works it will explode

00:20:08.080 --> 00:20:10.637
>> because once the learning accelerates

00:20:10.720 --> 00:20:13.917
you get into a quasi monopoly position.

00:20:14.000 --> 00:20:18.717
So the philosophy of winning goes
something like this. Run as fast you can

00:20:18.800 --> 00:20:23.117
get there as quickly as you can. Build
it around learning and if it takes off

00:20:23.200 --> 00:20:25.677
you'll be a hero because once it learns

00:20:25.760 --> 00:20:28.557
it learns how to become stronger. Um,

00:20:28.640 --> 00:20:33.437
and eventually two or three years,
you'll start to have various forms of

00:20:33.520 --> 00:20:36.637
reinforcement learning
which are self-replicating.

00:20:36.720 --> 00:20:40.397
And so then you're likely to get
accelerations further. That's the most

00:20:40.480 --> 00:20:42.317
likely path for the next trillion dollar

00:20:42.400 --> 00:20:44.637
company past the equivalents of

00:20:44.720 --> 00:20:47.837
anthropic, open AI, you know, etc. And

00:20:47.920 --> 00:20:52.157
so when you're looking at an investment
yourself, uh, by the way, the the

00:20:52.240 --> 00:20:56.077
learning loops concept that Eric just
mentioned on the Moonshots podcast that

00:20:56.160 --> 00:20:59.837
we did with Eric, which you can find
online, he actually described in detail

00:20:59.920 --> 00:21:03.197
the three or four different types
of learning loops that he looks for. So

00:21:03.280 --> 00:21:06.477
it's definitely worth, you know, it's
a lot more than we have time for right

00:21:06.560 --> 00:21:08.637
now, but it's really, really brilliant.

00:21:08.720 --> 00:21:12.797
So, uh, aside from the actual business
plan and the learning loops, what do you

00:21:12.880 --> 00:21:16.877
look for in founder dynamics,
founder team team members?

00:21:16.960 --> 00:21:20.477
Um, it's always the case that the that the

00:21:20.560 --> 00:21:22.557
founders are really really smart.

00:21:22.640 --> 00:21:24.957
They're very very quick and they're very

00:21:25.040 --> 00:21:28.397
interesting to talk to. It's also true

00:21:28.480 --> 00:21:32.717
that you need them to be able
to hire a network of people like them.

00:21:32.800 --> 00:21:36.157
>> And so a simple way is if you talk
to them and they seem really interesting

00:21:36.240 --> 00:21:40.317
and really dynamic and you find that
they're in a network of such people, you

00:21:40.400 --> 00:21:44.877
likely have winners. And then what you
do is you say to them, show me, don't

00:21:44.960 --> 00:21:47.917
tell me the product, which of course
is what they want to talk about. Show me

00:21:48.000 --> 00:21:52.877
how you're going to build a system
that is that goes from zero to infinity.

00:21:52.960 --> 00:21:56.237
There's a lot of discussion about
0ero to one. And there it's complete

00:21:56.320 --> 00:21:58.237
compression. Get that thing done. But

00:21:58.320 --> 00:22:00.237
once you have one, how are you going to

00:22:00.320 --> 00:22:03.517
scale? Our industry

00:22:03.600 --> 00:22:07.917
makes enormous wealth for the founders
when you build a platform that is

00:22:08.000 --> 00:22:12.877
scaling. That's the lesson. What is the
lesson to offer? Build a platform that

00:22:12.960 --> 00:22:14.797
scales if you can't. And a platform is

00:22:14.880 --> 00:22:16.877
defined as something which others depend

00:22:16.960 --> 00:22:21.277
on that you provide. Right? And the

00:22:21.360 --> 00:22:24.877
stronger the platform, the more it is,
the more interconnected it is, the

00:22:24.960 --> 00:22:28.477
stronger the network lock in. That's
just generally true. It was true for

00:22:28.560 --> 00:22:32.717
Microsoft. It was true for what I did 20
years ago. It's true today. And I think

00:22:32.800 --> 00:22:34.077
if you look, I'll give you an example.

00:22:34.160 --> 00:22:37.917
Everyone's looking at where are
the economics for the large LLM companies.

00:22:38.000 --> 00:22:42.397
They don't have a strong enough network
lockin yet, but you could easily imagine

00:22:42.480 --> 00:22:45.677
that they would develop it and I'm sure
they don't tell me what they're doing,

00:22:45.760 --> 00:22:48.877
but I'm sure that they have that in the
back of their mind. That's their that's

00:22:48.960 --> 00:22:51.757
part of the reasons why
their valuations are so high.

00:22:51.840 --> 00:22:56.077
>> So, we have one minute remaining and I
really want to use it to milk you for a

00:22:56.160 --> 00:22:58.237
quote that we can loop on our wall in

00:22:58.320 --> 00:23:01.757
the office. Um, and I it would the

00:23:01.840 --> 00:23:03.677
perfect quote to me would be about the

00:23:03.760 --> 00:23:06.157
importance of this moment in time. And

00:23:06.240 --> 00:23:11.357
so many of the founders uh they weren't
around when Microsoft could, you know,

00:23:11.440 --> 00:23:13.997
Bill Gates could wake up in the morning
and decide, hey, I'm going to destroy

00:23:14.080 --> 00:23:18.317
Word Perfect today and I'm going to
destroy uh Lotus 123 today cuz they just

00:23:18.400 --> 00:23:20.797
had that that that power at that time.

00:23:20.880 --> 00:23:25.437
And noll was certainly in that crosshairs,
too. uh then there was this

00:23:25.520 --> 00:23:27.597
magical moment of the internet explosion

00:23:27.680 --> 00:23:29.357
where companies like Google and many

00:23:29.440 --> 00:23:32.957
many others could thrive but then after

00:23:33.040 --> 00:23:36.077
that you know things got static again

00:23:36.160 --> 00:23:41.117
and now we're in the most explosive
uh time period for opportunity for

00:23:41.200 --> 00:23:45.197
entrepreneurs that I've ever experienced
in my life but very few people remember

00:23:45.280 --> 00:23:47.837
all the way back to the internet

00:23:47.920 --> 00:23:52.557
explosion era so I'd love to get your
your quote or your thoughts around what

00:23:52.640 --> 00:23:56.237
is the importance of this moment in time.

00:23:56.320 --> 00:23:58.237
>> So I firmly believe that that the

00:23:58.320 --> 00:24:02.317
arrival of nonhuman intelligence, AI

00:24:02.400 --> 00:24:05.597
intelligence is at the level of

00:24:05.680 --> 00:24:08.397
electricity or the invention of fire,

00:24:08.480 --> 00:24:11.197
transportation, etc. in human history.

00:24:11.280 --> 00:24:14.317
We are fortunate to be living in a time

00:24:14.400 --> 00:24:19.197
of great historical consequence. The next
10 years are probably the 10 years

00:24:19.280 --> 00:24:22.717
that will have a greater determination
over the next hundred years than

00:24:22.800 --> 00:24:24.157
anything before because of the

00:24:24.240 --> 00:24:26.877
inventions of these new tools. And the

00:24:26.960 --> 00:24:29.837
tools are very very powerful power. And

00:24:29.920 --> 00:24:34.317
remember, they're powerful because they
they can equal and in some cases surpass

00:24:34.400 --> 00:24:38.957
human intelligence. And human
intelligence is everything for society.

00:24:39.040 --> 00:24:43.517
And so the countries and companies
that embrace this non-human intelligence

00:24:43.600 --> 00:24:48.157
correctly and aggressively will be
the big winners. And the companies and

00:24:48.240 --> 00:24:52.557
countries that are slow or let other
people do it, they will lose because

00:24:52.640 --> 00:24:56.077
that the source of excellence,
the source of leadership, the source of

00:24:56.160 --> 00:25:00.157
growth, the source of everything,
the source of innovation, everything

00:25:00.240 --> 00:25:03.837
economic growth comes from the
application of intelligence to discover

00:25:03.920 --> 00:25:08.877
new things, to solve new problems.
We are on a huge course to accelerate that

00:25:08.960 --> 00:25:13.960
here in America and I'm
very proud to be part of it.
