Why do we live in unusually innovative times?

NPR

Greg Rosowski, author of the Planet Money newsletter.

Ready to pop some champagne?

Yeah, why are we popping champagne so early in the week again?

It is the Economics Nobel, and it's the one time of the year where I'm allowed to talk about Francis Bacon and the scientific method and the Enlightenment and how that all led to the incredible discoveries and gadgets we have today.

I'm so happy for you, Darian.

Yeah, so the award, this was a huge win for economic historians, among others, Joel Mokier from Northwestern University.

For economics to work without economic history is like an evolutionary biologist without paleontology.

And if you don't have paleontology, you just miss 99.5% of all the species that ever walked to this Earth.

This is the indicator from Planet Money.

I'm Greg Rosalski.

In our daring woods.

Today on the show, we're going to answer the question of why technology keeps getting better and better.

Along with Joel Mokia, Philippe Ayon and Peter Howard got the Economic Nobel this year for their work on understanding growth and innovation.

So today we're going to focus on a part of that.

Joel Mokia's economic history of the European Enlightenment.

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In medieval times, there were a lot of pretty cool inventions coming out of Europe.

Eyeglasses, mechanical clocks, deep plows for better tilling soil.

But while these were handy for short-sighted people or people who needed the time or for farmers, the inventions as a whole didn't lead to Europeans getting much richer.

Economist, historian, and now Nobel laureate Joel McKeir described what this time was like on a previous episode of Planet Money.

Terrible.

Lots of hard work, back-breaking work,

always a danger of not having enough

to eat,

a threat of famine looming over one's life every day.

Third of all newborns died in infancy or before the age of one, yes, thereabout.

Grim.

Yeah.

Anyway, Joel Mokier, he he says to understand what happened next, you need to put the kinds of knowledge that we produce into two categories.

One is what he calls prescriptive knowledge.

That's like instructions and mechanics.

You know, like I'm building this cathedral and, you know, I need this many, you know, load-bearing beams for something this tall with, you know, stone bricks this thick.

I'm not writing out calculus equations.

I'm not doing like, you know, big sky thinking.

I'm just using the knowledge that has been passed on to me that's been discovered through trial and error.

I probably don't know why this many beams are needed, you know, just that it works.

Yeah, and then on the other side, he has what he calls propositional knowledge.

Basically, laws of nature, things like mathematics and physics.

And according to Joel Mokia, these two ways of learning were kept kind of separate in the Middle Ages.

You'd have your masons cutting the stones on the construction side over there, and the wonks writing theories with their cool pens over there.

But they weren't really talking to each other.

It was basically the book learning wasn't meeting the street smarts.

Then around the 1600s, people like Francis Bacon in England started making waves in science.

Bacon encouraged scientists to test their theories, to measure precisely, and to not be afraid of scientific inquiry as somehow, you know, blasphemous.

By testing theories in the lab or out in the world, this brought together propositional and prescriptive knowledge.

Yeah, it all kind of seems obvious now, but Joel McKeer argues that this feedback loop between theory and testing allowed for products to be refined and improved.

One example is that by understanding atmospheric pressure, the steam engine could be made better, meaning more efficient motors.

There's another great thing about bringing propositional knowledge into practice.

It's having an explanation about how the world works.

It just kind of makes your ideas more persuasive.

If you just tell all the doctors to start washing their hands, they might be like,

why?

And you're like, I don't know, it just seems like it works better.

But if you actually have like an explanation, like tiny organisms and, you know, gunk called germs and bacteria, those cause diseases, your knowledge might actually run into less resistance.

Okay, so theory and practice married together at last in the scientific revolution.

But there is more to it.

Joel Mokia emphasizes that a country's openness to change is a key ingredient for sustained economic growth.

Almost by definition, the people on top are doing pretty well from the existing technologies, and so new technologies and businesses could be a threat.

In the United Kingdom, the British Parliament, as we know it today, started in 1800, and this gave a voice to a broader array of people.

It meant that people who could benefit from, say, more railroad connections could advocate for constructing them, even if it might be disruptive to existing businesses.

The not so optimistic take, though, is that there is no obvious trend that institutions get more open to growth over time.

At his Nobel press conference yesterday, Joel recalled a conversation from his colleague Douglas North.

There is no way that we can show that they get better over time.

They do go up, they do go down.

I mean, there are periods in which institutions all over the world were getting remarkably worse, particularly the interwar period in the 20th century, say.

And it seems that there's some evidence to show that that's what's happening today.

Yeah, this is all kind of starting to remind me of debates we're having today.

I'm thinking, you know, also about the Trump administration's efforts to revive the coal industry.

Coal in the U.S.

is being largely supplanted by natural gas and renewables for new capacity, largely because of improving technology in these areas.

That's maybe cold comfort, though, for miners living in Kentucky or West Virginia.

Yeah, the price we pay for progress is bankruptcies, layoffs, and dislocation.

While the world as a whole is better off in the long run, there are costs.

Like in AI, a lot of the Hollywood writers' strike was about whether movies and TV shows should be allowed to use artificial intelligence.

You've got a technology that speeds up part of the writing process, but vested interests, like the writers' union, don't want that technology being used.

Joel said at the Nobel press conference that that's because all technologies have side effects and can sometimes do harm.

That's it.

Joel is definitely not an AI doomer.

Machines don't replace us.

They move us to more interesting, more challenging work.

And as AI moves us up

to take these jobs over, people will move to even higher jobs.

Joel McKee thinks that this world of sustained progress that we've gotten used to is fragile.

In his book, Lever of Riches, he wrote, by and large, the forces opposing technological progress have been stronger than than those striving for changes.

He says, technological progress is like a fragile and vulnerable plant whose nourishing is not only dependent on the appropriate surroundings and climate, but whose life is almost always short and can easily be arrested by relatively small external changes.

So he's basically saying that this kind of economic growth can't be taken for granted.

But he says how we decide to use those technologies can have very different outcomes.

You make a hammer, you build a technological tool.

You know, it can be used to build a home and it can be used to bash

Abel and Cain's heads in.

That's, I think, something that's true across the board for technological change throughout the ages.

Gunpowder can be used to fight wars and it can be used to build tunnels.

And I think the same is true for the things that are on the horizon today, including artificial intelligence, genetic engineering, and so on and so forth.

And Joel, he's betting we need technological advances to solve some of the biggest issues we're dealing with today.

The human race faces two of the greatest challenges that it has ever faced.

And those are climate change and the demographic change.

But given that the only way in which we can cope with this crisis is inventing ourselves out of it.

strongly urge the world to keep putting efforts and money and resources and incentives to the people who are trying to invent us out of these two crises.

By the way, if you want to read more about the Economics Nobel you should check out Greg's newsletter npr.org slash planetmoneynewsletter.

That's npr.org slash planetmoney newsletter.

This episode was produced and fact-jacked by Julia Ritchie.

Engineering was done by Patrick Murray.

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