Money Is a Game of Points: Vitalik Buterin on Coordination, Public Goods, and Quadratic Funding

Vitalik Buterin starts with a deliberately high-level definition: money is a kind of game, and the game has points. The basic move is fair: you can reduce your own points by a number and increase someone else’s by the same number. He notes that other fair games are possible—for example, a game in which two people each give points to a third person and that person receives four points instead of two. Money is not the only fair game, but it is easy to set up.

Because money is easy to set up and serves useful functions, it survives in society as a meme for thousands of years. It stores wealth, exchanges value, and provides a unit of account for denominating future payments. Those functions are practical, but they all sit on top of the same simple point-transfer game.

Looking at the 20th century, Vitalik sees a big shift toward intermediation and more layers of banking. The dollar moved from being backed by gold to being backed by gold that only certain people could redeem, and then to not being backed by anything at all. The result was a system of free-floating currencies rather than a single commodity-backed standard.

People then got bank accounts, and those accounts became electronic; later they got accounts with payment processors that themselves have bank accounts. The host asks how money can exist without being backed by something physical and whether that is stable at large scale. Vitalik treats the question as fascinating, and the discussion turns to what actually gives modern valuable things their value.

Vitalik’s example is a tech company like Twitter. In theory, all the employees could quit and build Twitter 2.0, perhaps a better product, and the original Twitter would be left without people. The company owns code and intellectual property, but the value is not simply the code on disk.

Good programmers could probably rewrite the code in three months, Vitalik says, so the durable value comes from network effects and coordination problems. Employees are not going to switch all at once, and users are not going to switch all at once either. These equilibria among thousands or millions of people are sticky even though a model of perfectly rational, perfectly slippery spherical cows would predict no such thing.

The host asks what makes that stickiness work—the “physics” of it—and notes that some cryptocurrency ideas depend on it. Vitalik agrees that the phenomenon has been economically modeled a lot. One analogy from textbooks is government: if 80% of people in a country suddenly believed that different laws and a different government were legitimate, that belief could become the new reality.

The question is what happens between 0% and 80% belief. In a revolution-like switch, the first person to join may have no incentive, but by the 55th percentile it can suddenly become quite safe to join. Vitalik says this kind of analysis can be done mathematically, and one result is that the switch can be chaotic.

The host remains skeptical of economic and psychological models that claim to capture messy human behavior. Vitalik does not deny the messiness; the conversation keeps returning to the idea that coordination among large numbers of people is real and consequential. The stickiness is not a proof of perfect rationality but a feature of how groups actually move—or fail to move—together.

On motivation, Vitalik says money is far from the only motivator but is one of the closest things to a universal one. Almost anyone in the world will be more inclined to do something if money is also offered. There are many cases where people do things other than maximize their money, but those other motives tend to be more specific to the person and the situation.

The host raises Nietzsche and asks whether money equals power. Vitalik says money is definitely a kind of power, and some people want money because it gives them power; even purchases that do not look explicitly financial are often about social status. Money also acts as a scoreboard: moving from one large sum to a larger sum can matter because of relative rank.

Money can become a measure of self-worth, and Vitalik says many people do define themselves through it. He is explicit that this is not a healthy thing and that money is far from a perfect indicator of how much value someone provides to society. Still, he treats it as a matter of current practice: people feel that way, whether or not they should.

Asked what economic utopia looks like, Vitalik describes a world where incentives align, so there is no conflict between what satisfies an individual’s goals and what is good for everyone. That is the economist’s ideal rather than a detailed blueprint. The host presses on whether such a world would still have rich and poor people, and whether Marxist or Objectivist ideas capture it.

Vitalik does not answer with a full political system. He says existing economic philosophies systematically deviate from the utopia in important ways. One of the biggest gaps is public goods, which are especially important on the internet.

Vitalik returns to the money-as-points model and asks when it works. It works well for private goods: I give you money, you give me a sandwich, and the benefit of the sandwich goes to one person. On the internet and in many other contexts, however, individuals or groups can take actions whose benefits go to many people at once, and the benefactor cannot control who receives them.

A podcast is one example: once an episode is published, there is no fine-grained control over which 38,000 people can watch and which 29,000 cannot. Blog articles are free for everyone, and copying is even harder to prevent. Scientific research and climate-change mitigation are other cases where costs are concentrated and benefits are distributed.

Money as a point system does not do a good job of encouraging these public-good actions. The person who pays the cost gets only a slice of the benefit, so the incentive to contribute is weak. This is the gap that quadratic funding is designed to address.

Vitalik describes quadratic funding as a modified point system: if one person gives coins to another, it works like money, but if multiple people give coins anonymously—not in exchange for a specific service—the recipient receives more than the sum of the coins. The formula takes the square root of each person’s contribution, adds the square roots, and squares the total. That total is what the recipient gets. The design is meant to reward projects that many people independently value.

He illustrates with tree planting: if many people are happy that someone is planting trees and each throws in a coin, the planter gets more than the sum of those small amounts. This, he says, compensates for the tragedy of the commons, and there is even a mathematical proof that it does so optimally. The mechanism is not limited to crypto; it is a general way to fund public goods.

The tragedy of the commons, as Vitalik defines it, is a situation where many people benefit from a public good but no individual wants to contribute, because the contributor bears the full cost and receives only a small share of the benefit. In the Ethereum ecosystem, quadratic funding rounds have supported user interfaces, documentation, podcasts, software clients, and privacy tools. These are things useful to many people, and the rounds let many contributors fund a particular entity.

Vitalik offers a simpler intuition: if n people each give a dollar, the recipient gets n squared, so each individual contribution is multiplied by n. That multiplication is what compensates for the commons problem. He points listeners to his article “Quadratic Payments: A Primer” on vitalik.ca for the full intuition.