Top 53 Quotes & Sayings by Paul Romer

Explore popular quotes and sayings by an American economist Paul Romer.
Last updated on April 14, 2025.
Paul Romer

Paul Michael Romer is an American economist and policy entrepreneur who is a University Professor in Economics at New York University. Romer is best known as the former Chief Economist of the World Bank and for co-receiving the 2018 Nobel Memorial Prize in Economic Sciences for his work in endogenous growth theory. He also coined the term "mathiness," which he describes as misuse of mathematics in economic research.

Good law includes a commitment to transparency and an insistence that no person or entity with a conflict of interest should have influence on public policy decisions.
It is the job of government to prevent a tragedy of the commons. That includes the commons of shared values and norms on which democracy depends.
The thing that was bad about colonialism, and the thing which is residually bad in some of our aid programs, is that it involved elements of coercion and condescension.
But the point of a progressive revenue tax is that you create incentives both for breakups, you penalize the acquisitions, and you encourage the development of models where the customers are customers and they know what they're giving up.
What happens at the Fed, what Janet Yellen and the other people decide there, what happens in central banks in other parts of the world is very important. This can make the difference between a high unemployment rate, a slow recovery or a more rapid recovery.
But when I think about, say, a pharmaceutical that might help keep my mind sharp in 20 years or 30 years, I don't care if it's discovered in the United States or someplace else in the world.
Ideas can be used by many people at the same time. — © Paul Romer
Ideas can be used by many people at the same time.
There are many signs of the value created by all the exchange that takes place in a city. We see it in productivity and wage data. We also see it in the increase in the value of the land.
Rules about public sanitation are a simple and familiar example. Without them, a city can't be a healthy place to live; but these rules don't just happen. The rules for a city are different from the ones for a village, but as a village slowly gets bigger, a city may be stuck with the rules of the village.
Yeah, you know, there's a difference between the textbook world that economists like to imagine, and the real world where real people have real feelings.
What we've underestimated is the systemic risk that that very finely tuned system of specialization exposes us to. And so I think we will start to ask whether there are ways that we could build some more robustness into our whole system.
In the developing world, most people don't yet live in big well-run cities. Given the chance to move to one, hundreds of millions of people would go there to get a job, get an education for their children, and live in a place that is clean, safe, and healthy.
When we speak of institutions, economists mean more than just organizations. We mean conventions, even rules, about how things are done.
Yeah, but look, who really provided the world's information to everybody on Earth? That was Wikipedia, right? And if you're asking what could we do to make the digital world work for people, the Wikipedia model is great. It's a donation model.
We live in a much more interconnected world now, and that means that it's more fragile than we realize.
For a nation, the choices that determine whether income doubles in one generation or two dwarf all other economic policy concerns.
But if we set our minds to improving technology, we can improve it in a direction that seems important to us and even at a faster rate.
Charter Cities has been approached in many different ways, by many people acting as individuals or as representatives of organizations. — © Paul Romer
Charter Cities has been approached in many different ways, by many people acting as individuals or as representatives of organizations.
When somebody discovers something like the quadratic formula or the Pythagorean theorem, the convention in science is that he can't control that idea. He has to give it away. He publishes it. What's rewarded in science is dissemination of ideas.
If two firms join together, we want their total tax bill to go up because we don't want more big firms. We'd actually like to have lots more small ones.
A progressive digital ad revenue tax would also make sure that dominant social media platforms bear the brunt of the tax.
The gains from specialization go all the way back to Adam Smith. He talked about the advantage of a bigger market being that we could have a finer division of labor and be more specialized.
There are new things we need to do in the labor market, in education, and in thinking about the future of energy sources. As long as we do those things everything really can turn out fine. But if we don't do them, we're going to be disappointed.
After 1960, anyone who wanted to discuss almost any aspect of U.S. public policy - from how to make cars safer to whether to abolish the draft, from how to support the housing market to whether to regulate the financial sector - had to speak economics.
Existing antitrust law in the United States addresses mainly the harm from price gouging, not the other kinds of harm caused by these platforms, such as stifling innovation and undermining the institutions of democracy.
So you could have a very institutionally well-developed economy that's still very low in terms of its technological success. That would be unexpected.
In macroeconomic theory, there is this argument that what the Fed does has no effect on unemployment, no effect on investment, no effect on the rate of GDP growth.
Unfortunately, we don't have a bankruptcy process. Suppose the state actually just gets to the point where it cannot meet all of its promises that it's made. We might need a way to figure out, O.K., well, who's not going to get what they were promised? This is what we had to do for the city of Detroit.
Fracking is an amazing instance of discovery of many things that come together to make it much cheaper to extract oil and gas. In a world where burning oil and gas puts more and more carbon into the atmosphere, it's not actually the most important kind of innovation to have.
Well, one of the things I should tell you is that if you look at the very long sweep of history what you see is that the rate of growth has been speeding up, the rate of progress, and that's because there's more and more people who are all engaged in this process of discovery.
No one from Charter Cities, can have any financial interest in any project in Honduras; no one can accept consulting fees from the Honduran government; no one can accept reimbursement for travel expenses or accommodations; no one can provide advice to any for-profit entity that wants to invest in Honduras.
In the 1950s, Hong Kong was a place where millions of people could go, from the mainland, to start in jobs like sewing shirts, making toys. But, to get on a process of increasing income, increasing skills led to very rapid growth there.
Since the fall of 2010, people associated with Charter Cities, a not-for-profit think tank that I founded, have been providing pro bono advice to the government of Honduras.
One of the most powerful insights in economics is this idea of a division of labor. You do the thing you're good at. Other people do something else that they're good at. The net effect is better for everybody.
My number-one recommendation is to invest in people. Humans that are well trained are the inputs into this discovery process. And there's big opportunities still, I think, to do a better job of investing in people.
A well-run city lets millions of people come together and enjoy the benefit they can get from working together and trading with each other.
So human capital makes ideas, and ideas help make human capital. But still, they're conceptually distinct.
If we collectively set our minds to improving technology of a particular type we can do that, and it takes some collective action, some support for research, or some provision of patent protection, or a mixture of the two, and some focussed energy.
The economy is this huge innovation discovery machine. What the government can do usefully is to focus some of that effort where things turn out better for everyone.
If you go back to the really long-run questions that interested me, the big question was why, over the centuries, the millennia, has growth been speeding up? — © Paul Romer
If you go back to the really long-run questions that interested me, the big question was why, over the centuries, the millennia, has growth been speeding up?
I'd rather live in a world where firms don't have these enormous incentives to spy on individuals.
People are reasonably good at estimating how things add up, but for compounding, which involved repeated multiplication, we fail to appreciate how quickly things grow.
From the very beginning, Americans have refused to tolerate unchecked power. We must now press our legislators to protect us from the unchecked power of dominant digital platforms.
For an investment banker, the choice between a payment that doubles with every square on the chessboard and one that doubles with every other square is more important than any other part of the contract. Who cares whether the payment is in pennies, pounds, or pesos?
The general message is about a bigger global integrated economy is going to lead to faster growth, that policy could improve efficiency by getting more research going.
An economy can survive with 10% of the population insolation. It can't survive when 50% of the population is in isolation.
I am convinced that both markets and free trade are good, but the traditional answer that we give to students to explain why they are good, the one based on perfect competition and Pareto optimality, is becoming untenable. Something much more interesting and more complicated is going on here
Growth springs from better recipes, not just from more cooking.
Every generation has underestimated the potential for finding new ideas . . . Possibilities do not add up. They multiply.
Human material existence is limited by ideas, not stuff, people don't need copper wires they need ways to communicate, oil was a contaminant, then it became a fuel — © Paul Romer
Human material existence is limited by ideas, not stuff, people don't need copper wires they need ways to communicate, oil was a contaminant, then it became a fuel
In a sense, Britain inadvertently, through its actions in Hong Kong, did more to reduce world poverty than all the aid programs that we've undertaken in the last century.
Possibilities don't add up, they multiply.
Once we admit that there is room for newness - that there are vastly more conceivable possibilities than realized outcomes - we must confront the fact that there is no special logic behind the world we inhabit, no particular justification for why things are the way they are. Any number of arbitrarily small perturbations along the way could have made the world as we know it turn out very differently.
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