Michael Heller on Gridlock and the Tragedy of the Anticommons

Episode Summary

Executive Summary: Russ Roberts and Michael Heller explore the "anti-commons"—a form of property-rights gridlock where too many fragmented owners block valuable uses. Using examples from spectrum, patents, copyright, and land, Heller argues that modern innovation often requires assembling many rights, and current legal structures can make socially beneficial projects disappear, even as property rights remain generally wealth-creating.

Main Topics: Commons vs. anti-commons (Priority: 5/5): Heller contrasts tragedy of the commons (too few owners, overuse) with tragedy of the anti-commons (too many owners, underuse), arguing that both are transaction-cost failures but in opposite directions. Eleanor Ostrom and cooperative commons (Priority: 4/5): The discussion reviews Ostrom’s Nobel-winning work showing that commons can be managed successfully through norms, repeated interaction, small groups, and informal enforcement without full privatization or state control. Spectrum and wireless gridlock (Priority: 4/5): Heller uses U.S. broadcast spectrum as a major example of underused resource caused by fragmented, non-transferable licenses that make next-generation wireless deployment difficult and costly. Patent gridlock in biotech and medicine (Priority: 5/5): The conversation highlights how modern therapies often require many separately patented inputs, creating holdout problems that can suppress drug discovery, increase costs, and prevent life-saving innovations. Copyright fragmentation in music and film (Priority: 4/5): Heller explains how documentary filmmaking, sampling, and archival media can be stalled by the need to clear many tiny rights, with examples like Eyes on the Prize and rap music’s shift away from heavy sampling. Policy tools to reduce gridlock (Priority: 3/5): The speakers discuss practical responses such as broader licensing, easier transferability, registries, fair use, patent pools, class-action-style aggregation, and eminent domain as a last resort.

Key Arguments: Private ownership generally creates wealth, but excessive fragmentation of rights can destroy wealth by preventing productive use of resources. Commons and anti-commons are symmetrical problems: one causes overuse, the other underuse, and both stem from transaction-cost failures. Ostrom showed that commons can work well when communities develop norms, repeated relationships, and informal enforcement. U.S. spectrum policy creates gridlock because licenses are fragmented, restricted, and hard to transfer, leaving most airwaves unused. Modern biotech and diagnostics often need access to many patents at once, so more patents can mean fewer innovations when bargaining becomes impossible. Golden rice illustrates both the promise of patent-enabled innovation and the social cost when dozens of patents must be cleared before deployment. Copyright in the digital era creates similar bottlenecks because creative works often require many small licensed fragments, making clearance expensive or impossible. Fair use and collective-rights institutions can partially solve these problems, but university counsel and rights holders often behave cautiously because of litigation risk. A central registry would help in copyright, but fragmentation, scale, and fragmented ownership make implementation difficult. Eminent domain can solve some assembly problems, but it is politically contentious and should remain a last resort rather than a default solution.

Data Points: EconTalk episode date: October 29, 2009 - Introduction to the interview with Michael Heller Airwaves underused: Over 90% dead air - Heller’s example of underused spectrum in the United States Google search result volume for 'commons': 100 million hits - Used to illustrate how familiar the commons problem is compared with underuse DNA patents granted in the U.S.: Roughly 40,000 in the last 30 years - Evidence of patent proliferation in biotech Drug trend: R&D investment steadily up; drugs treating disease steadily down - Heller’s claim of a drug discovery gap tied partly to patent gridlock Golden rice patents: Roughly 70 U.S. patents - Number of patents the project risked infringing Books under American copyright but out of print: Roughly 20 million - The Google Books problem of orphaned or inaccessible works Patent-system baseline year: 1952 - Current patent law designed for an older industrial innovation model Cell phone patent complexity: Several thousand patents - Each modern cell phone may implicate thousands of patents Online banking patent complexity: Potentially 10,000 patents - Illustrates the scale of clearance problems in digital products Average cost to bring a new drug through FDA approval: About $1 billion - Used to explain why pharmaceutical firms fear march-in rights

Pivotal Quotes: "private ownership usually creates wealth, but too much ownership has the opposite effect. It creates gridlock." — Michael Heller: Heller’s core thesis about the anti-commons "Instead of a resource being wasted in the economic sense through overuse in a commons, a resource can be equally wasted through underuse in an anti-commons." — Michael Heller: Explaining the symmetry between commons and anti-commons "What we're aiming for is not the most amount of property rights. What we're aiming for is the best-designed property rights." — Michael Heller: Policy takeaway on how to think about ownership and innovation

Implications: Listeners should see property rights as a design problem, not an absolute good. Future policy in patents, spectrum, and copyright should focus on lowering assembly costs so innovation, access, and creativity aren’t blocked by fragmented ownership.