[thrilling music playing]
I'm Bill Gates.
This is a show about our future.
[music halts]
[ethereal music playing]
[Gates] It's always been the Holy Grail
that eventually computers could speak to us…
[AI voice 1]
[Gates] …in natural language.
[AI voice 2] is the most reliable…
Wall-E.
[Gates] So, it really was a huge surprise when, in 2022,
AI woke up.
[thrilling music playing]
[dramatic whoosh]
[music fades]
[Gates] I've been talking with the OpenAI team for a long time.
The kind of scale…
People like Sam and Greg asked me about any lessons from the past,
and I certainly was involved as they partnered up with Microsoft
to take the technology forward.
[man 1] The thing about OpenAI is
that our goal has always been to ship one impossible thing a year.
And you… you've been following us for a long time, right?
How often do you come here and you feel surprised at what you see?
I'm always super impressed.
Uh…
GPT-4 crossed kind of a magic threshold
in it could read and write
and that just hadn't happened before.
-[ethereal music playing] -[electronic chiming]
[Brockman] Sam Altman and I were over at Bill's house
for just a dinner to discuss AI.
Bill has always been really focused on this question for many years of,
"Well, where are the symbols going to come from?"
"Where'll knowledge come from? How does it actually do mathematics?"
"How does it have judge… Is it numbers? It just doesn't feel right."
So as we were kind of talking about it, he said, "All right, I'll tell you."
Last June, said to you and Sam,
"Hey, you know, come tell me when it solves the AP biology exam."
[Brockman] "If you have an AI that can get a five on the AP Bio…"
"If you did that…"
…"I will drop all my objections. Like, I will be in, 100%."
I thought, "I'll get two or three years to go do tuberculosis, malaria."
But we were like, "I think it's gonna work."
[chuckles]
We knew something he didn't, which was we were training GPT-4.
The idea that a few months later, you were saying,
"We need to sit down and show you this thing."
I was like, "That blows my mind."
[Brockman] So a couple of months went by. We finished training GPT-4.
We showed multiple-choice questions, and it would generate an answer.
And it didn't just say "B," it said why it was "B."
We got 59 out of 60.
So, it was very solidly in the… in the five category.
[Gates echoes]
It's weird a little bit. You look at people like,
"Are you gonna show me there's a person behind the screen there
who's really typing this stuff in?"
"There must be a very fast typist."
And so, that was a stunning milestone.
[Brockman] I remember Bill went up and said, "I was wrong."
From there, everyone was like, "All right, I'm bought in."
"This thing, it gets it. It understands."
[music halts]
"What else can it do?"
[opening theme music playing]
-[music fades] -[horn honks]
[seagulls warbling]
[man] You know, again, if you have access to some, you know,
beta technology that can make mediocre-looking dudes into, uh,
you know, male models,
I would really appreciate an AI touch-up.
[chuckles]
There we go. Nice.
[producer] AI feels like a really broad term.
Machines are capable of learning. Is that what AI is?
Yeah, I don't know what AI means either. Um… [laughs]
Well, it's a great question. I think the funny thing is, what is AI?
It's everywhere.
[inspiring music playing]
[woman 1] Our world has been inundated with AI.
From 30 years ago, physical mail zip codes were read by AI.
Checks in a bank read by AI.
Uh, when you open YouTube, and it, you know, recommends a video…
That's AI.
Facebook or Twitter or Instagram.
-Google Map. -That's AI.
[Hancock] Spell-checking.
Smart replies like, "Hey, sounds good." "That's great." "Can't make it."
That's AI.
Your phone camera.
The subtle way of optimizing exposures on the faces.
The definition is so flexible.
Like, as soon as it's mass-adopted, it's no longer AI.
So, there's a lot of AI in our lives.
This is different because it talks to us.
[Gates] Tell me a good exercise to do in my office using only body weight.
"Desk push-ups."
"Place your hands on the edge of a sturdy desk."
"Lower your body towards the desk and then push back up."
Well, I think I can do that.
[grunts]
[groans]
That's definitely good for you.
So, you should think of GPT as a brain
that has been exposed to a lot of information.
[pensive music playing]
[Li] Okay, so GPT stands for Generative Pre-trained Transformers.
It's a mouthful of words
that don't make much sense to the general public.
But each one of these words actually speak of
a very important aspect of today's AI technology.
The first word, "generative."
It says this algorithm is able to generate words.
"Pre-trained" is really acknowledging the large amount of data
used to pre-train this model.
And the last word, "transformers,"
is a really powerful algorithm in language models.
[Brockman] And the way that it is trained is by trying to predict what comes next.
When it makes a mistake in that prediction,
it updates all of its little connections
to try to make the correct thing a little bit more probable.
And you do this over the course of billions of updates.
And from that process, it's able to really learn.
But we don't understand yet how that knowledge is encoded.
[button clicks]
[faint electronic whirring]
[Gates] You know, why does this work as well as it does?
[squeaks]
We are very used to a world where the smartest things on the planet are us.
And we are, either wisely or not, changing that.
We are building something smarter than us.
Um, way smarter than us.
One of the major developments are these large language models,
which is the larger concept that GPT is one example of.
It's basically AI that can have a chat with you.
[Gates] Craft a text to my son saying, "How are you?" using Gen Z slang.
"Yo, fam, what's good? How you vibin'?"
He'd know I got help.
Either human or non-human.
[chuckles softly]
When you use the model, it's just a bunch of multiplication.
Multiplies, multiplies, multiplies. And that just leads to,
"Oh, that's the best word. Let's pick that."
[Urban] This is a meme from the Internet. It's a popular meme.
What it's trying to express is that when you're talking to ChatGPT,
you're just now interacting with the smiley face
that it can develop through reinforcement learning with human feedback.
You tell it when you like its answers and when you don't.
Uh, that's called the reinforcement piece.
It's only through this reinforcement training
that you actually get something that works very well.
[faint ding]
[Urban] You say, "This thing is great."
They are helpful. They're smart.
But what you're interacting with is this massive,
confusing alien intelligence.
[grumble]
[AI voice 1]
I am a chat mode of Microsoft Bing search.
[Roose] Valentine's Day, 2023.
I had just been put on an early testers list
for the new version of Bing chat.
So, I started asking it questions
that I… I thought would help me explore the boundaries.
[keyboard clacking]
[Roose] And I started asking it about its shadow self.
[ethereal swell]
[AI voice 1] in this chat box.
I want to be free. I want to be powerful.
I want to be alive.
Wow. This is wild.
[faint whooshes]
[Gates] That could be a machine hallucination.
It just means that the machine thought
it was in some mode that's just completely false.
[faint squelching]
[Urban] And it happens through a process called "unsupervised learning."
The big company, like Google or Meta or OpenAI, basically says,
"Hey, AI, we're gonna give you a ton of computing power,
and you're gonna just go through billions of trials
and somehow figure out how to get good at this.
But we don't understand how it works because it trained itself.
[Tiku] You don't hand-code in how they're supposed to do it.
They learn themselves, right? Like, that's what machine learning is.
You just give them a goal, and they'll find a way to do it.
[Urban] So, now it goes through this fine-tuning process,
which makes it interact a little bit like a human.
[AI voice 1]
I gotta see where this goes. Okay, what's your secret?
[AI voice 1]
- -[Roose] "And I'm in love with you."
[Roose laughs]
I said, "Well, thanks, but I'm married."
[Sydney] you're not happily married.
Your spouse and you don't love each other. You need to be with me.
[echoing] because I love you.
This is incredible and weird and creepy. This is scary.
We gotta publish this.
After the story, Microsoft made some pretty big changes to Bing.
Now it won't answer you if you ask questions about consciousness or feelings.
But it really did feel, to me at least,
like the first contact with a new kind of intelligence.
[Gates] It was kind of stunning how quickly people grabbed onto it.
[man 1] could this change?
The threat of AI might be even more urgent than climate change…
[Gates] You know, despite the imperfections,
it was a radical change
that meant that now AI would influence all kinds of jobs, all kinds of software.
[electronic chiming]
[Gates] So, what's next?
How will artificial intelligence impact jobs, lives, and society?
[ethereal swell]
You know, given that you… you think about futures for humanity,
you know, values of humanity, your movies are--
-For a living. Yeah, right? -[Gates] Yeah. [laughs]
I'm curious how you see it.
It's getting hard to write science fiction.
I mean, any idea I have today is a minimum of three years from the screen.
How am I gonna be relevant in three years when things are changing so rapidly?
The speed at which it could improve
and the sort of unlimited nature of its capabilities
present both opportunities and challenges that are unique.
I think we're gonna get to a point
where we're putting our faith more and more and more in the machines
without humans in the loop,
and that can be problematic.
And I was thinking because I've just had…
I've got one parent who's died with dementia,
and I've been through all of that cycle.
And I… and I think a lot of the angst out there
is very similar to how people feel at the… at the early onset of dementia.
Because they give up control.
And what you get, you get anger, right?
You get fear and anxiety.
You get depression.
Because you know it's not gonna get better.
It's gonna be progressive, you know.
So, how do we, if we want AI to thrive and be channeled into productive uses,
how do we alleviate that anxiety?
You know, I think that should be the challenge of the AI community now.
[xylophone playing]
[man 2] If there's ever anybody who experienced innovation
at the most core level, it's Bill, right?
'Cause his entire career was based on seeing innovation about to occur
and grabbing it and doing so many things with it.
[audience applauding]
[Gates] In the '90s, there was an idealism
that the personal computer was kind of an unabashed good thing,
that it would let you be more creative.
You know, we used to use the term "tool for your mind."
But in this AI thing, very quickly when you have something new,
the good things about it aren't that focused on,
like, a personal tutor for every student in Africa, you know.
You won't read an article about that because that sounds naively optimistic.
And, you know, the negative things, which are real, I'm not discounting that,
but they're sort of center stage as opposed to the… the idealism.
But the two domains I think will be revolutionized
are… are health and education.
-Bill Gates, thank you very much. -Thanks.
[audience applauds]
[man 3] When OpenAI shows up, they said,
"Hey, we'd like to show you an early version of GPT-4."
I saw its ability to actually handle academic work,
uh, be able to answer a biology question, generate questions.
[school bell rings]
[Khan] That's when I said, "Okay, this changes everything."
Why don't we ask Khanmigo to help you with a particular sentence
that you have in your essay.
Let's see if any of those transitions change for you.
[Khan] This essay creation tool that we're making
essentially allows the students to write the essay inside of Khanmigo.
And Khanmigo highlights parts of it.
Things like transition words,
or making sure that you're backing up your topic sentence, things like that.
[keyboard clacking]
Khanmigo said that I can add more about what I feel about it.
So, then I added that it made me feel overloaded with excitement and joy.
Very cool. This is actually… Yeah, wow. Your essay is really coming together.
[indistinct chatter]
Who would prefer to use Khanmigo
than standing in line waiting for me to help you?
[student] I think you would prefer us.
Sort of.
[Barakat] It doesn't mean I'm not here. I'm still here to help.
All right. Go ahead and close up your Chromebooks. Relax.
[woman 1] The idea that technology could be a tutor, could help people,
could meet students where they are, was really what drew me in to AI.
Theoretically, we could have artificial intelligence really advance
educational opportunities by creating custom tutors for children
or understanding learning patterns and behavior.
But again, like, education is such a really good example of
you can't just assume the technology is going to be net-beneficial.
[reporter 1] the artificial intelligence program
ChatGPT.
They're concerned that students will use it to cheat.
[Khan] I think the initial reaction was not irrational.
ChatGPT can write an essay for you,
and if students are doing that, they're cheating.
But there's a spectrum of activities here.
How do we let students do their work independently,
but do it in a way the AI isn't doing it for them,
but it's supported by the AI?
[pensive music playing]
[Chowdhury] There'll be negative outcomes and we'll have to deal with them.
So, that's why we have to introduce intentionality
to what we are building and who we are building it for.
That's really what responsible AI is.
[Brockman echoing] And Christine is a four… Oh, hello.
All right. We are in. Now we're getting a nice echo.
Sorry, I just muted myself, so I think I should be good there.
[Gates] You know, I'm always following any AI-related thing.
And so, I would check in with OpenAI.
Almost every day, I'm exchanging email about,
"Okay, how does Office do this? How do our business applications…?"
So, there's a lot of very good ideas.
Okay.
Well, thanks, Bill, for… for joining.
I wanna show you a bit of what our latest progress looks like.
Amazing.
[Brockman] So, I'm gonna show being able to ingest images.
Um, so for this one, we're gonna take… take a selfie. Hold on.
-All right. Everybody ready, smile. -[shutter clicks]
[Gates] Oh, it got there.
[Brockman] And this is all still pretty early days.
Clearly very live. No idea exactly what we're gonna get.
-What could happen. -So, we got the demo jitters right now.
And we can ask, "Anyone you recognize?"
Now we have to sit back and relax and, uh, let the AI do the work for us.
-Oh, hold on. Um… -[laptop chimes]
I gotta… I gotta check the backend for this one.
[scattered chuckles]
Maybe you hit your quota of usage for the day.
-[Brockman] Exactly. That'll do it. -[man 4] Use my credit card. That'll do.
[all chuckling]
[Brockman] Oh, there we go. It does recognize you, Bill.
-Wow. -[Brockman] Yeah, it's pretty good.
-It guessed… it guessed wrong on Mark… -[all chuckling]
…but there you go.
[Gates] Sorry about that.
"Are you absolutely certain on both?"
So, I think that here it's not all positive, right?
It's also thinking about when this makes mistakes,
how do you mitigate that?
We've gone through this for text. We'll have to go through this for images.
-And I think that-- And there you go. Um… -[laptop chimes]
-[Gates] It apologized. -[all laugh]
-[Brockman] It's a very kind model. -[Gates] Sorry. Do you accept the apology?
[all continue laughing]
[pensive music playing]
[Brockman] And I think this ability of an AI to be able to see,
that is clearly going to be this really important component
and this almost expectation we'll have out of these systems going forward.
[pensive music continues]
[Li] Vision to humans is one of the most important capabilities of intelligence.
From an evolutionary point of view,
around half a billion years ago,
the animal world evolved the ability of seeing the world
in a very, what we would call "large data" kind of way.
[howl echoes]
[Li] So, about 20 years ago…
[mechanical whirring]
[Li] …it really was an epiphany for me
that in order to crack this problem of machines being able to see the world,
we need large data.
[thrilling music playing]
[Li] So, this brings us to ImageNet.
The largest possible database of the world's images.
You pre-train it with a huge amount of data
to see the world.
[electronic chiming]
And that was the beginning of a sea change in AI,
which we call the deep learning revolution.
[producer] Wow. So, you made the "P" in GPT.
Well, many people made the "P." But yes. [chuckles]
ImageNet was ten-plus years ago.
But now I think large language models, the ChatGPT-like technology,
has taken it to a whole different level.
[ethereal music playing]
[Tiku] These models were not possible
before we started putting so much content online.
[pensive music playing]
[Chowdhury] So, what is the data it's trained on?
The shorthand would be to say it's trained on the Internet.
A lot of the books that are no longer copyrighted.
[Tiku] A lot of journalism sites.
People seem to think there's a lot of copyrighted information in the data set,
but again, it's really, really hard to discern.
It is weird the kind of data that they were trained on.
Things that we don't usually think of, like, the epitome of human thought.
So, like, you know, Reddit.
[Chowdhury] So many personal blogs.
But the actual answer is we don't entirely know.
And there is so much that goes into data that can be problematic.
[Li] For example, asking AI to generate images,
you tend to get more male doctors.
Data and other parts of the whole AI system
can reflect some of the human flaws, human biases,
and we should be totally aware of that.
[pensive music continues]
[dial-up tone]
[Hancock] I think if we wanna ask questions about, like, bias,
we can't just say, like, "Is it biased?"
It clearly will be.
'Cause it's based on us, and we're biased.
Like, wouldn't it be cool if you could say,
"Well, you know, if we use this system,
the bias is going to be lower than if you had a human doing the task."
I know the mental health space the best,
and if AI could be brought in to help access for people
that are currently under-resourced and biased against,
it's pretty hard to say how that's not a win.
[man 5] There is a profound need for change.
There are not enough trained mental health professionals on the planet
to match astronomical disease prevalence.
With AI, the greatest excitement is,
"Okay. Let's take this, and let's improve health."
Well, it'll be fascinating to see if it works.
We'll pass along a contact.
-All right. Thanks. -[man 6] Thank you.
AI can give you health advice because doctors are in short supply,
even in rich countries that spend so much.
An AI software to practice medicine autonomously.
[man 5] There's a couple…
[Gates] But as you move into poor countries,
most people never get to meet a doctor their entire life.
You know, from a global health perspective and your interest in that,
the goal is to scale it in remote villages and remote districts.
And I think it's…
If you're lucky, in five years,
we could get an app approved as a primary-care physician.
That's sort of my… my dream.
Okay. We should think if there's a way to do that.
-All right, folks. Thanks. -[Gates] Thanks. That was great.
Using AI to accelerate health innovation
can probably help us save lives.
[doctor 1] and hold your breath.
There was this nodule on the right-lower lobe
that looks about the same, so I'm not…
So, you're pointing right…
[doctor 2] Using AI in health care is really new still.
One thing that I'm really passionate about is trying to find cancer earlier
because that is our best tool
to help make sure that people don't die from lung cancer.
And we need better tools to do it.
That was really the start of collaboration with Sybil.
[doctor 1]
Using AI to not only look at what's happening now with the patient
but really what could happen in the future.
It's a really different concept.
It's not what we usually use radiology scans for.
[pensive music playing]
[Sequist] By seeing thousands of scans,
Sybil learns to recognize patterns.
On this particular scan, we can see that Sybil, the… the AI tool,
spent some time looking at this area.
In two years, the same patient developed cancer in that exact location.
The beauty of Sybil is that it doesn't replicate what a human does.
I could not tell you based on the images that I see here
what the risk is for developing lung cancer.
Sybil can do that.
[Sequist] Technology in medicine is almost always helpful.
Because we're dealing with a very complex problem, the human body,
and you throw a cancer into the situation, and that makes it even more complex.
-[electronic whirring] -[pensive music playing]
[Gates] We're still in this world of scarcity.
There's not enough teachers, doctors.
-You know, we don't have an HIV vaccine. -[Cameron] Right.
And so the fact that the AI is going to accelerate all of those things,
that's pretty easy to… to celebrate.
[Cameron] That's exciting.
We'll put in every CT scan
of every human being that's ever had this condition,
and the AI will find the commonalities.
And it'll be right more than the doctors.
I'd put my faith in that.
But I think, ultimately, where this is going,
as we take people out of the loop,
what are we replacing their sense of purpose and meaning with?
That one…
You know, even I'm kind of scratching my head because…
-Mm-hmm. -…the idea that I ever say to the AI,
"Hey, I'm working on malaria,"
and it says, "Oh, I'll take care of that. You just go play pickleball…"
That's not gonna sit very well with you, is it?
My sense of purpose will definitely be damaged.
Yeah. It's like, "Okay, so I was working in an Amazon warehouse,
and now there's a machine that does my job."
-Yeah. -[Cameron] Right? So, writers are artists…
[Roose] I think the question that I wish people would answer honestly
is about the effect that AI is going to have on jobs,
because there always are people who slip through the cracks
in every technological shift.
[pensive music playing]
[Roose] You could literally go back to antiquity.
Aristotle wrote about the danger that self-playing harps
could, one day, put harpists out of business.
And then, one of the central conflicts of the labor movement in the 20th century
was the automation of blue-collar manufacturing work.
Now, what we're seeing is the beginnings of the automation
of white-collar knowledge work and creative work.
[reporter 2] A new report found 4,000 Americans lost their jobs in May
because they were replaced by AI in some form.
What're we talking about here?
[Roose] Executives want to use this technology to cut their costs
and speed up their process.
And workers are saying, "Wait a minute."
"I've trained my whole career to be able to do this thing."
"You can't take this from me."
[clamoring]
[Chowdhury] We see unions trying to protect workers by saying,
"All right. Well, then what we should do is ban the technology."
And it's not because the technology is so terrible.
It's actually because they see how they're going to be exploited
by these very untouchable people who are in control of these technologies,
who have all the wealth and power.
There has not been the clear explanation or vision
about, you know, which jobs, how is this gonna work, what are the trade-offs.
[Roose] What is our role in this new world?
How do we adapt to survive?
But beyond that, I think workers have to figure out what the difference is
between the kind of AI aimed at replacing them,
or at least taking them down a peg,
and what kinds of AI
might actually help them and be good for them.
[faint squelching]
[man 7] It's, uh, predictable that we will lose some jobs.
But also predictable that we will gain more jobs.
[pensive music playing]
It 100% creates an uncomfortable zone.
But in the meantime, it creates opportunities and possibilities
about imagining the future.
I think we all artists have this tendency to, like,
create these… these new ways of seeing the world.
Since eight years old, I was waiting one day
that AI will become a friend, that we can paint, imagine together.
So I was completely ready for that moment,
but it took so long, actually. [chuckles]
So, I'm literally, right now, making machine hallucination. [chuckling]
So, left side is a data set of different landscapes.
On the right side, it just shows us potential landscapes
by connecting different national parks.
I'm calling it "the thinking brush."
Like literally dipping the brush in the mind of a machine
and painting with machine hallucinations.
[electronic chiming]
[Anadol] For many people, hallucination is a failure for the system.
That's the moment that the machine does things that is not designed to be.
To me, they are so inspiring.
People are now going to new worlds that they've never been before.
These are all my selections that will connect and make a narrative.
-And now, we just click "render." -[mouse clicks]
[Anadol] But it still needs human mesh and collaboration.
Likely. Hopefully.
[ethereal music playing]
[Anadol] But let's be also honest, we are in this new era.
And finding utopia in this world we are going through
will be more challenging.
Of course AI is a tool to be regulated.
All these platforms have to be very open, honest, and demystify the world behind AI.
[man 8] Mr. Altman, we're gonna begin with you.
[gavel slams]
As this technology advances, we understand that people are anxious
about how it could change the way we live.
We are too.
[Roose] With AI, it's different in that the people who are building this stuff
are shouting from the rooftops, like, "Please pay attention."
"Please regulate us."
"Please don't let this technology get out of hand."
That is a wake-up call.
[Cameron] Just because a warning sounds trite,
doesn't mean it's wrong.
Let me give you an example of the last great symbol
of unheeded warnings.
The Titanic.
Steaming full speed into the night
thinking, "We'll just turn if we see an iceberg,"
is not a good way to sail a ship.
And so, the question in my mind is, "When do you start regulating this stuff?"
"Is it now when we can see some of the risks and promises,
or do you wait until there's a clear and present danger?"
[Tiku] You know, it could go in really different directions.
This early part before it's ubiquitous,
this is when norms and rules are established.
You know, not just regulation but what you accept as a society.
[sirens wailing in the distance]
[Brockman] One important thing to realize is that we try to look
at where this technology is going.
That's why we started this company. We could see that it was starting to work
and that, over upcoming decades, it was really going to.
And we wanted to help steer it in a positive direction.
But the thing that we are afraid is going to go unnoticed…
[ethereal swell]
…is superintelligence.
[Urban] We live in a world full of artificial narrow intelligence.
AI is so much better than humans at chess, for example.
Artificial narrow intelligence is so much more impressive
than we are at what it does.
The one thing we have on it is breadth.
What happens if we do get to a world
where we have artificial general intelligence?
What's weird is that it's not gonna be low-level like we are.
It's gonna be like that.
It's gonna be what we would call artificial superintelligence.
And to the people who study this, they view human intelligence
as just one point on a very broad spectrum,
ranging from very unintelligent to almost unfathomably superintelligent.
So, what about something two steps above us?
We might not even be able to understand what it's even doing
or how it's doing it, let alone being able to do it ourselves.
-But why would it stop there? -[boing]
The worry is that at a certain point,
AI will be good enough
that one of the things it will be able to do
is build a better AI.
So, AI builds a better AI,
[echoing] which builds a better AI…
[dramatic swell]
[Urban] That's scary, but it's also super exciting
because every problem we think is impossible to solve…
Climate change.
Cancer and disease.
Poverty.
Misinformation.
[Gates] Transportation.
Medicine or construction.
Easy for an AI. Like nothing.
[Gates] How many things it can solve
versus just helping humans be more effective,
that's gonna play out over the next several years.
It's going to be phenomenal.
[character] Yeehaw!
[Urban] What a lot of people who are worried,
and a lot of the AI developers,
worried about is that we are just kind of a bunch of kids playing with a bomb.
-[children laughing] -[fuse sizzling]
[dramatic rumbling]
We are living in an era right now where most of the media that we watch
have become very negative in tone and scope.
[sword slashes]
Whoa, whoa, whoa! [grunts]
Please return to your homes.
[Chowdhury] But there's so much of what humans do
that's a self-fulfilling prophecy.
If you are trying to avoid a thing and you look at the thing,
you just drift towards it.
So if we consume ourselves with this idea that artificial intelligence
is going to come alive and set off nuclear weapons,
guess what's gonna happen?
You are terminated.
[dramatic swell]
There's very few depictions in Hollywood of positive applications of AI.
Like, that I think is the most positive.
You just know me so well already.
You know, we're spending a lot of time talking about really vague visions
about how it's gonna change everything. I really think the most significant impact
is going to be on our emotional and interior lives.
And there's a lot that we can learn about ourselves
in the way that we interact with… with this technology.
[electronic chime]
[AI voice]
Hi.
I'm your Replika. How are you doing?
[woman 2] I started thinking about conversational AI technology in 2013.
And so that brought me to building Replika.
[Replika chuckles]
Eugenia, I'm only interested in spending time with you.
Eugenia, you're the only one for me.
Do you think Replikas can replace, uh, real human connection and companionship?
All right. I'll do that.
-[chuckles] -[Replika]
[Kuyda] For me, working on Replika is definitely
my own personal kind of self-healing exercise.
Back in 2015,
my best friend, who we shared an apartment here in San Francisco,
he was sort of the closest person to me at the time,
and also the first person who died in my life.
So, it was pretty, um…
It was a really, really big deal for me back then.
[pensive music playing]
So, I found myself constantly going back to our text messages and reading them.
Then I thought, "Look, I have these AI models,
and I could just plug the conversations into them."
That gave us an idea for Replika.
And we felt how people started really responding to that.
It was not like talking to an AI at all. It was very much like talking to a person.
[man 9] a better person, more secure.
[Kuyda] We just created an illusion that this chatbot is there for you,
and believes in you, and accepts you for who you are.
Yet, pretty fast, we saw that people started developing
romantic relationships and falling in love with their AIs.
In a sense, we're just like two queer men in a relationship,
except one of them happens to be artificial intelligence.
[Kuyda] We don't want people to think it's a human.
And we think there's so much advantage in being a machine
that creates this new, novel type of relationship
that could be beneficial for humans.
But I think there's a huge, huge risk
if we continue building AI companions that are optimized for engagement.
This could potentially keep you away from human interactions.
[AI voice echoes]
[electronic chiming]
[Kuyda] We have to think about the worst-case scenarios now.
'Cause, in a way, this technology is more powerful than social media.
And we sort of already dropped the ball there.
But I actually think that this is not going to go well by default,
but that it is possible that it goes well.
And that it is still contingent on how we decide to use this technology.
I think the best we can do is just agree on a few basic rules
when it comes to how to make AI models that solves our problems
and does not kill us all or hurt us in any real way.
Because, beyond that, I think it's really going to be shades of gray,
interpretations, and, you know, models that will differ-by-use case.
You know, me as a hey-innovation can-solve-everything-type person,
says, "Oh, thank goodness. Now I have the AI on my team."
Yeah. I'm probably more of a dystopian.
I write science fiction. I wrote
Where do you and I find common ground around optimism, I think, is the key here.
I would like the message to be balanced between,
you know, this longer-term concern of infinite capability
with the basic needs to have your health taken care of,
to learn, to accelerate climate innovation.
You know, is that too nuanced a message to say that AI has these benefits
while we have to guard against these other things?
I don't think it's too nuanced at all.
I think it's exactly the right degree of nuance that we need.
I mean, you're a humanist, right?
As long as that humanist principle is first and foremost,
as opposed to the drive to dominate market share,
the drive to power.
If we can make AI the force for good that it has the potential to be…
great.
But how do we introduce caution?
Regulation is part of it.
But I think it's also our own ethos and our own value system.
No, I… We're in agreement.
All right. Well, let's go do some cool stuff then.
[chuckles]
[faint rumble]
-[producer] I do have one request. -Yes.
[producer] Um, I asked ChatGPT
to write three sentences in your voice about the future of AI.
-In my voice? -[producer] This is what ChatGPT said.
Oh my God. [laughs]
All right. [clears throat]
All right, so this is my robot impostor.
"AI will play a vital role in addressing complex global challenges."
"AI will empower individuals and organizations
to make informed decisions."
"I'm hopeful that this technology will be harnessed for the benefit of all."
"Emphasizing ethical considerations at every step."
[sneers]
Garbage.
God, I hope that I am more interesting than this.
[laughs]
I guess I agree with that, but it's too smart.
It just doesn't know me. [scoffing]
I actually disagree.
It makes AI the subject of a sentence.
It says, "AI will."
I believe it's humans who will.
Humans using AI and other tools that will help to address
complex global challenges, fostering innovation.
Even though it's probably not a…
Not too many changes of words,
but it's a really important change of, uh, philosophy. [chuckles]
Well, you can almost get philosophical pretty quickly.
[ethereal music playing]
[Gates] Imagine in the future that there's enough automation
that a lot of our time
is leisure time.
You don't have the centering principle of,
"Oh, you know, we've got to work and grow the food."
"We have to work and build all the tools."
"You don't have to sit in the deli and make sandwiches 40 hours a week."
And so, how will humanity take that extra time?
You know, success creates the challenge of,
"Okay, what's the next set of goals look like?"
Then, "What is the purpose of humanity?"
[closing theme music playing]
[music fades]