How to pronounce “Moore” in English

Moore's law says there will be one of those order of magnitude reconceptualizations every five years.

Moore's law hasn't arrived yet.

Moore's Law is the reason why we're here today.

Moore's Law is already slowing down.

Moore's Law has been a quantitative, incremental increase, even though it's very fast.

Moore's law is only one little part of what Ray calls the law of accelerating returns, which was beyond, before, and after Moore's law.

Moore's Law is broken.

Moore's law, Metcalfe's law.

Moore's law, Metcalfe's law.

Moore's Law in a bunch of different ways.

Moore's law is getting slower and slower.

Moore's Law is getting slower and slower.

Moore's Law is not a law of nature.

Moore's Law predicts that the number of transistors per chip and as a result of the computing power per chip will double

And Moore's Law was about to run into a brick wall.

It's not just Moore's Law in the computing sector, machines get better throughout the economy at 10% per year instead of 3% per year, which was our baseline number

But Moore's law will eventually flatten out.

than Moore's law in terms of the pace of technological change.

So Moore's Law, the processing power doubled every 18 months.

when Moore's Law is eventually sealed off and robots are not going to become arbitrarily intelligent.

That's like Moore's law in two weeks, basically.

But Moore's law is actually just the part on the right.

what Moore's law is all about.

But Moore's law is falling apart.

And Moore's law comes to an end.

But Moore's Law is falling apart.

and Moore's Law comes to an end.

So if you take Moore's law factor as a 1 in 1965-- when I made my first computer graphic image, by the way--

It's a graph of Moore's law, which becomes, with the rise of electronics, the new time signature of capitalism.

Some of this is Moore's law.

So the Moore's Law basically is about computational power.

So Melanie Moore's advice in the book, and I'm echoing that, is to build a business with customers, try and go around these obstacles.

It's called Brin's corollary to Moore's Law, and people are crediting Sergey for it.

So everyone knows about Moore's Law.

So this is Moore's original graph and on the Y axis, we have the relative manufacturing

So longer than Moore's Law starting with vacuum tube computers.

I see no reason to doubt that Moore's Law won't continue for a very long time.

We have something called Moore's Law, which says that computer power doubles every 18 months.

We have something called Moore's Law, which says that computer power doubles every 18 months.

This became known as Moore's Law, named for Intel's co-founder, Gordon Moore, after he noticed the pattern back in 1965, and it's been one of the main drivers of the tech industry.

the machines that saved Moore's Law.

automated just like Moore's Law?

suppose AI starts out today with Moore's Law everywhere.

If you have Moore's Law everywhere today, instead of growing at 2%, the economy grows at 4.7%.

scale up based on the capabilities of Moore's Law, which has largely slowed because Dennard scaling has slowed.

to space, you put Moore's law in space, and you have tons of young, bright people thinking about this stuff for the first time.

This is Moore's law, which says that computer power doubles every 18 months.

People forget that Moore's law does not apply for batteries.

My intuitive version of Moore's law is that everything good about computers gets better by an order of magnitude every five years.