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Transcript: Democracy in the Age of AI – 30th Forum 2000 Conference

At the 30th Forum 2000 Conference in Prague, The Economist’s Robert Guest sits down with historian and bestselling author Yuval Noah Harari, author of “Nexus,” to discuss democracy in the age of AI. They explore why superintelligent AI may slip beyond human control, how it could reshape jobs, finance, surveillance, propaganda and intimate relationships, and what safeguards, regulations and political choices democracies still have. The conversation closes with audience questions on China, Tanzania’s elections, autonomous weapons, religion and the role of small and medium powers in the AI race. Read the full transcript of this discussion below:

The Sorcerer’s Apprentice and the Broom That Learns

ROBERT GUEST: Hello everybody and welcome. I’m Robert Guest, I work for The Economist newspaper and I’m joined today by Professor Yuval Noah Harari and we’re talking about artificial intelligence and democracy.

And I have to say, in my quite long time as a journalist, I don’t think I’ve ever encountered a topic about which there’s such a wide range of predictions. Some people say that artificial intelligence will end scarcity, cure all diseases, and make everybody in the world rich. Other people predict that it will kill us all.

Now, Professor Harari has written a wonderful, insightful book on how to think about not just what’s already happened with AI, but about how it might develop in the future. It’s called “Nexus: A Brief History of Information Networks from the Stone Age to AI.” And you can read all 500 pages of it, which I strongly recommend. Or you can watch a three-minute Disney cartoon called “The Sorcerer’s Apprentice.” Now, many of you will have seen it.

It’s actually mentioned in Professor Harari’s book. Mickey Mouse plays the role of a sorcerer’s apprentice, a wizard’s assistant who is lazy. He doesn’t want to go and fetch water in buckets because it’s hard work. So he gets out the spell book and he casts a spell to make a broom come to life and go and fetch the water. Problem solved, he goes to sleep.

The problem is the broomstick just keeps following the instructions. It keeps bringing more and more water. And Mickey Mouse doesn’t know how to cast a spell to make it stop. And so it keeps bringing water until the house is flooded and Mickey Mouse is in danger of drowning. Obviously it’s a Disney film, so there’s a happy ending, the big wizard comes in and casts the stop spell.

But, Professor Harari, tell me, why is this a good analogy for artificial intelligence?

YUVAL NOAH HARARI: Actually, it’s even an imperfect analogy. I mean, it talks about the danger of AI getting out of our control and both predictions that you mentioned can then come true. It can create abundance and cure cancer and kill us all. It can do both things because it’s out of our control.

But I think that even our old mythological stories about things getting out of our control, things we create and then got out of our control. And it’s the Sorcerer’s Apprentice, it’s the Golem of Prague. They still miss one thing. That the broom just does whatever Mickey Mouse told it to do initially, just fetch water. AI is a broom that learns.

AI is a broom that develops and starts doing things that Mickey Mouse didn’t anticipate, eventually do things that Mickey Mouse simply cannot even understand. You look at what happened in the world of mathematics over the last week with the release of all these proofs by AI of problems that mathematicians have been working on for generations. And it’s not just a flood of new knowledge. It’s we are maybe on the verge of creating that AI will create a new mathematics which is beyond human understanding. And everything is built on mathematics, not just physics and chemistry, everything in the modern world.

The financial system, medicine, archaeology, genetics, everything is built on mathematics. What does it mean if the broom comes up with a new mathematics that we just can’t understand anymore? This is the deep meaning of getting out of control.

Can We Control Something More Intelligent Than Us?

YUVAL NOAH HARARI: That you hear these conflicting messages, say from the companies, from the market. They tell us this thing will be far more intelligent than us, so it will be able to do things we can’t. Solve new mathematical problems, find cures to cancer, find solutions to climate change. But if it will really be so much more intelligent than us, then by definition we will not be able to control it. There is no precedent in history or even in biology of one species managing to control another species which is far more intelligent than it.

The chickens can’t control us even if they tried very hard. And again, if I believe Elon Musk and Sam Altman and Dario Amodei and these people, they are telling us, in just a few years, this thing will be far more intelligent than humans in the same way that humans are far more intelligent than chickens. Not just a little bit more intelligent, orders of magnitude more intelligent.

ROBERT GUEST: Okay, but Elon Musk says maybe it will treat us like a favored pet dog, right? But I mean, the alternative is it treats us like an energy source. I mean, which is more likely?

YUVAL NOAH HARARI: The thing is, we don’t know. You cannot make assumptions about something more intelligent than you. That’s something people who discuss the AI revolution just miss again and again. If you can predict it, it means it’s not more intelligent than you.

If you talked with, again, chickens, they cannot predict Wall Street.

ROBERT GUEST: Neither many of the people working on Wall Street, to be fair.

YUVAL NOAH HARARI: That’s true, but let’s say there is a big farming company. And now, because the US bonds for 10 years have reached 5.3 percent, as a result this company goes bankrupt because it cannot repay its debts and then they liquidate the assets of this farming company and they come and kill all the chickens.