Jensen Huang

But for every single country, everybody, I think the capability to elevate everybody's knowledge and capability and intelligence, that day is coming.

That's right.

Almost everything is going to be energy constrained.

And so if you take a look at...

one of the most important technology advances in history is this idea called Moore's law.

Moore's law was the started basically in my generation.

And my generation is the generation of computers.

I graduated in 1984 and that was basically at the very beginning of the PC revolution and the microprocessor.

And, and, um,

Every single year, it approximately doubled.

And we describe it as every single year we doubled the performance.

But what it really means is that every single year, the cost of computing halved.

And so the cost of computing in a course of five years reduced by a factor of 10, the amount of energy necessary to do computing, to do any task reduced by a factor of 10, every single 10 years, 100,

1,000, 10,000, 100,000, so on and so forth.

And so each one of the clicks of Moore's Law, the amount of energy necessary to do any computing reduced.

That's the reason why you have a laptop today when back in 1984, it sat on the desk, you got to plug in, it wasn't that fast, and it consumed a lot of power.

Today, you know, it is only a few watts.

And so Moore's Law...

It's the fundamental technology, the fundamental technology trend that made it possible.

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