HomeVideos

Terence Tao on How AI Is Changing Mathematics

Now Playing

Terence Tao on How AI Is Changing Mathematics

Transcript

42 segments

0:00

[music]

0:02

>> I'm Terence Tao. I'm director of special

0:04

projects here at IPAM, the Institute for

0:05

Pure and Applied Mathematics. AI has

0:07

really been um improving very rapidly.

0:10

It has allowed me to experiment. I will

0:11

try crazier things. You can vibe on the

0:13

blackboard and then if there's a

0:14

computation that neither of us wants to

0:16

do, we can just get our AI tool to

0:18

finish that.

0:18

>> [music]

0:19

>> I can search literature much more

0:20

accurately and effectively than I could

0:22

before. So, I'm doing way more

0:23

AI-assisted mathematics and and

0:26

collaborative projects. And now I think

0:27

it's ready for prime time.

0:30

>> Fundamentally, at Open AI, we care about

0:32

being at the frontier in terms of

0:35

automating science, the economy, and

0:37

ourselves. We care less about winning a

0:39

Nobel Prize or a Fields Medal, and more

0:41

about enabling 100 mathematicians out

0:43

there to do that for themselves.

0:45

>> We lived in a world of cognitive

0:46

friction until very recently, where

0:48

every task required us to use our brain.

0:51

[music] And so, we didn't really think

0:52

about it. We just thought this was the

0:53

cost of doing something intellectual.

0:55

But now we have AI and the other

0:57

technologies that can bring these

0:58

frictions down to zero.

1:00

I hope when AI usage becomes more

1:02

commonplace, people will also post not

1:04

just the final product, but all the

1:05

different paths that they used to get

1:06

[music] there, cuz that's also very

1:07

useful information.

1:09

I think we can find some way to have the

1:10

best of both worlds.

Interactive Summary

Terence Tao and other experts discuss the transformative impact of AI on mathematics and scientific research. AI tools are increasingly used to handle tedious computations, streamline literature searches, and reduce 'cognitive friction,' allowing researchers to focus on more creative and complex problem-solving.

Suggested questions

3 ready-made prompts