A Basic Income Guarantee Can Work if it Replaces State Education and Medicine

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Classical liberals like Milton Friedman and Friedrich Hayek have supported the idea of a basic income guarantee as an improvement on the current patchwork of welfare programs. The welfare systems in most countries are the product of a century of piecemeal reforms, where politicians have created many overlapping programs targeting different problems and interest groups. This makes perfect sense from the politicians’ perspective; creating a new program allows one to attach one’s name to a high-profile bill, thus winning favorable media attention and votes. It’s the same reason governments often create shiny new highways rather than filling in the potholes on old ones. Where’s the glory in marginally improving something with someone else’s name on it?

As a result of this political process, welfare systems have dramatically higher administrative costs than they need to have. Rather than having separate (and often multiple!) bureaucracies to administer welfare programs for the homeless, the temporarily unemployed, seniors, disabled workers, single mothers, etc., why not fold them all into one? In fact, Milton Friedman’s negative income tax would fold them all into the agency responsible for administering taxes. Replacing a hundred parallel agencies with one agency tasked with administering a simpler system would clearly reduce overhead costs.

The other consequence of the patchwork welfare system is that it creates more severe unintended consequences than it needs to. All redistribution schemes affect incentives, but a basic income guarantee paired with a reasonable tax scheme (maybe a flat tax or a progressive consumption tax) would avoid the worst of the perverse incentives. Current welfare systems feature “welfare cliffs,” where many programs abruptly cut off at the same income level, leading to absurdly high implicit marginal tax rates. The examples I’ve seen have situations where earning $1,000 more income can make one ineligible for $10,000 in benefits from various programs. That’s an implicit marginal tax rate of 1000%, far higher than the tax rate paid by the highest of high earners!

An example of welfare cliffs for single mothers in Pennsylvania. (Source)
An example of welfare cliffs for single mothers in Pennsylvania. (Source)

Since a basic income guarantee is a lump sum paid to all citizens, it doesn’t have this feature. Marginal tax rates still have to be positive to pay for it, but they would never be higher than 100%.

This all sounds great so far, but as David Henderson points out, the math doesn’t really check out. The way the basic income guarantee is typically sold implies that we could replace current welfare programs with a basic income guarantee and remain revenue neutral.

Here are some back-of-the-envelope calculations to show this wouldn’t work. I’ll look at the Canadian case because I live in Canada, but the results should be similar for other developed economies.

As of the 2013-2014 fiscal year, the Federal Government of Canada spent $72.2 billion on transfers to individuals (including old age security, employment insurance, childcare benefits, etc.). At a population of 35.5 million, that comes out to just over $2000 per person per year. Not enough to live on. I’ve heard proponents of the basic income use $10,000 per person per year as an estimate of how high the basic income would have to be, so calls for a basic income to replace other welfare transfers amount to calls to expand government transfers by a factor of five.

The Basic Income Guarantee Can Replace More Than Just Welfare

Canada and other countries can have a revenue-neutral basic income if we realize just how many government programs are thinly veiled redistribution schemes. The biggest examples are education and medical care.

I think if you ask the supporters of public education and public healthcare why they support these policies, it’s primarily because of equity concerns. What would poor people do if they couldn’t afford education or medicine?

Sometimes you hear efficiency arguments, but a lot of them sound more like ex post rationalizations of the status quo rather than serious justifications for public provision. If you can point to a market failure present in either the market for education or for medicine, that is not sufficient to justify public provision. You also have to show that there is no feasible policy that can fix that market failure without sacrificing the efficiency benefits of markets.

So, for instance, if you think education has positive spillover effects, that justifies at most a Pigouvian subsidy to schools.

For Canada, education and healthcare cost the government about $3000 and $6000 per person per year, respectively. So that’s enough to finance $9000 per person per year of a basic income guarantee. If we abolished public schools, public hospitals, and existing welfare programs, we could pay every single person $10,000 per year for their entire lives and still have money left over.

Ask yourself if you would rather have public education, public healthcare, and whatever transfers you currently receive from the government, or $10,000 every year for your entire life.

Yes, you would have to pay for school and health insurance yourself. But we would expect the prices of both those services to fall with market competition. I know what I would choose.

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Brexit, The European Union, and the European Economic Area with Sam Bowman

Union_Jack_and_the_european_flag

Two days ago, Britain voted to leave the European Union (EU). The “leave” option won with 52 percent of the vote, leaving elites and the media frustrated with voters for choosing what they perceive to be the “wrong” option.

My guest today to discuss Brexit is Sam Bowman, Executive Director of the Adam Smith Institute.

The EU can be thought of as three things: A trade union known as the European Economic Area (or EEA), a currency union (the Euro) which Britain was never a part of, and a central regulatory body.

The EU has been around in one form or another since the 1950s. Although its primary function was always to facilitate trade among European states, its ultimate goal was to prevent Europe from falling back into the brutal wars that had consumed it during the first half of the twentieth century. The Union brought freedom of movement for goods and services and for people across member states.

This freedom of migration only became controversial after the fall of the Berlin Wall. Many poorer states in Eastern Europe joined the EU in the 1990s, creating the opportunity for large numbers of economic migrants to enter the wealthier states of Western Europe (a good thing, from my perspective!). Opposition to open migration was one motivating factor for some in the Leave campaign, but it wasn’t the only factor.

Many older Brits who voted to leave did so out of a desire for national sovereignty. The most important legislative body in the EU is the European Commission, the members of which are appointed by the various states. There’s a democratically elected European Parliament, but it is less influential than the Commission, having only the power to approve or reject proposals by the Commission.

The members of the Commission are appointed to specific roles. So, for instance, a Slovenian is in charge of transport policy for the entire EU, a Lithuanian is in charge of health and food safety, and a Portuguese politician is in charge of research, science, and innovation. Many in the Leave camp resented having British policy set by unelected politicians from other countries.

What’s next for the UK?

While the Leave campaign may have won the referendum, they don’t control policy going forward. The only thing that must occur is for Britain to exit the EU. It doesn’t have to adopt any other of the Leave campaign’s policy goals.

Sam argues that the best option for the UK would be to stay in the European Economic Area (EEA) and the European Free Trade Association (EFTA). This EEA option would maintain the economic benefits of free trade with the EU. This would place Britain in a similar position to Norway and Iceland, which both chose not to become EU member states while participating in the EEA. Britain could also aim for a trade agreement that is tailored to its particular needs, like that of Switzerland.

Brexit puts the EU in a bit of a bind. If they work out a favourable deal with Britain, other states might try to leave once they observe how painless it is. But if the EU adopts a punitive stance towards the UK it could send a bad signal to the other states. Just how voluntary is this club if you’re punished for quitting?

Additional Links:

Sam Bowman on Twitter.

More details about the institutions of the European Union.

Download this episode.

[Photo credit: Dave Kellam.]

Subscribe to Economics Detective Radio on iTunes or Stitcher.

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The Age of Em, Whole Brain Emulation, and Humanity’s Future with Robin Hanson

The Age of Em

When I think of emulation, I think of retro gaming. My Android phone can easily emulate a Super Nintendo, a gaming console from the 1990s, and it can do that because the phone is much more powerful than the Super Nintendo and because we know exactly how a Super Nintendo works. My guest for this episode, Robin Hanson, argues that we may one day be able to emulate human brains. His book, The Age of Em, provides a detailed analysis of what a society made largely of emulated humans would be like.

Whole brain emulation is unlike my emulated Super Nintendo in many ways. With the brain, we’re trying to emulate something that we couldn’t build ourselves. The challenge is in developing a sufficiently accurate model of each part of the brain that is necessary for it to function. If we knew how each node in the brain worked, if we could model it such that our node would take the same inputs, produce the same change in its internal state, and send the same outputs as biological brain cells, then all that would remain would be to find the precise network of cells in a biological brain. This could be achieved by scanning an actual human brain. The brain could then be emulated by a sufficiently powerful computer. The emulated brain would have precisely the same memories and thought processes as the person who was scanned. Hanson calls these emulated individuals “ems.”

Hanson applies standard theoretical tools to the analysis of this em economy. Here are some of the implications:

1. Ems will be able to operate much faster or much slower than normal human brains.

The cost of running an emulation faster or slower is roughly linear in the speed. That means that for ems working on time-sensitive tasks, a race to develop some new technology first for example, they will likely work many times faster than biological humans, perhaps experiencing weeks or months in the blink of an eye. Ems that work alongside biological humans, for instance those engaged in services, would likely run at the same speed as we do. Ems could also run at slower-than-human speeds, which might be used as a sort of low-cost retirement for ems who have completed their working lives.

2. Most ems will probably live at subsistence.

We live in a world where the supply of human labour is limited by biology. Ems will not be so limited. Once a single em exists, making a copy will only be as costly as the processing power needed to run that copy. This means that the value of em labour will fall to the marginal cost of running an em. The em economy is a Malthusian economy, where the em population can vary instantaneously to keep up with the need for em labour.

However, subsistence might not be as bad for an em as it has been for most humans through history. Ems need not fear starvation or disease. Their consumption goods will all be simulated, and in a world of extremely cheap processing power, simulated luxuries would be cheap as well.

3. An em can work 99 percent of the time and go on vacation for 99 percent of the time, too.

This may seem paradoxical, but it follows from the possibility of creating and deleting copies at will. Suppose you have one em plumber. Each day he can make 99 copies of himself, in order to perform 99 plumbing jobs while he relaxes on a simulated beach, deleting the copies at the end of the day. While 99 percent of his processing power is being used to complete plumbing jobs, each em experiences a life of leisure followed by a single day of work.

4. Biological humans will be a true rentier class.

In a world populated by ems, the value of human labour will fall to near zero. An em brain can do anything a human brain can do, and ems will be produced until their marginal value falls to the cost of processing them. Biological humans won’t be able to count on the value of their labour to sustain them, but they will earn vastly more from the wealth they already own. An em economy will grow very quickly, and thus will be able to give very high returns to the owners of capital.

5. The age of em might only last a few years before the next major change.

Robin compares the development of an em economy to three past changes in our society: The evolution of our latest non-human ancestors into humans, the move from a hunter-gatherer society to a farming society, and the birth of our modern industrial society. He observes that with each transition, the growth rate (measured as the increase in brain size before the evolution of humans and as economic growth thereafter) has increased and the period between transitions has shrunk. As ems will be able to experience far more time than we do, and since an em economy will be capable of extremely high growth, it won’t take long for em society to produce the next radical shift. Perhaps just a year or two.

What will that shift entail? Robin declines to speculate, as there are too many degrees of freedom to predict with any degree of accuracy.

 

Additional links:

Buy The Age of Em on Amazon.

Read Scott Alexander’s review of the book, which I mentioned during the interview.

Read Robin Hanson’s blog, Overcoming Bias.

Download this episode.

Subscribe to Economics Detective Radio on iTunes or Stitcher.

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