Eli Dourado

Pick a year and call it the moment American progress slowed down. Eli Dourado picks 1973. He says it the way other people recite a birthday - precise, unsentimental, slightly daring you to argue. Around then, by his accounting, the engine of broad productivity growth coughed and started running on fumes in every sector that touches the physical world. Computers kept getting better. Housing, energy, transportation, and medicine did not. Forty-some years later, that single divergence shows up as regional decline, stalled wages, and a country that crosses the Atlantic slower than it did in the Concorde era.

That diagnosis is the whole job. As head of strategic investments at the Astera Institute, Dourado now does something rarer than writing about the problem: he writes checks at it. Astera is a foundation that funds transformative science and technology across energy, aerospace, AI, and the harder corners of the frontier. His brief is to deploy capital creatively into exactly the capital-intensive, heavily regulated sectors most economists avoid discussing in public - the ones where a single well costs millions and a single rule can kill a decade of work.

He calls this "a sacred quest to increase the pace of American economic growth." The phrasing is half a joke and entirely serious, which is the register he tends to live in.

The regulatory hacker

Before the foundation, there was a runway. Dourado was the first policy hire at Boom Supersonic, the startup trying to put commercial passengers back through the sound barrier. The title that stuck was "regulatory hacker." Supersonic flight over land had been effectively banned in the United States for decades, and the global rules were a thicket of standards written by people who assumed the era was over. Dourado went to the International Civil Aviation Organization and helped negotiate the standards that would let a new generation of aircraft exist at all. Faster planes are an engineering problem. They are also a paperwork problem, and he treated the paperwork as the part nobody else wanted to solve.

The instinct travels. He helped get the cargo airship industry off the ground - literally a class of aircraft most people filed under "history" - and served as an advisor at the State Department. He has worked the policy seams of aviation, space, internet governance, geothermal energy, and cryptocurrency, which is an unusual spread for one resume and a very on-brand one for someone who collects abandoned futures.

Hot rocks and the 1¢ dream

If there is a single technology that animates Dourado most, it is geothermal. Not the volcanic-vent geothermal of Iceland brochures, but next-generation drilling that could tap the heat under almost anywhere. His math is the kind that gets quoted back at him for years. Roughly half the cost of an advanced geothermal plant is the drilling and half is the conversion equipment. Amortize the plant over thirty years, then replace the equipment - but the hole in the ground stays. "The hole in the ground does not need to be replaced," he writes, with the satisfaction of someone who has found a loophole in physics rather than in a statute. The payoff: wells drilled this decade producing electricity at under one cent per kilowatt-hour by the 2050s.

He is just as comfortable being the skeptic in the room. Wind and solar, he argues, already got cheap - which means the dramatic cost declines of the last decade are not going to repeat themselves. Fusion, the perennial darling, will "struggle to compete" with geothermal on the timeline that matters. These are not the safe applause lines of a clean-energy panel. They are the calls of someone who would rather be precisely useful than vaguely encouraging.

Discovery is the easy part

Dourado's deepest conviction is also his least glamorous one. He does not think the bottleneck on progress is scientific genius. "TFP only budges when new technologies are adopted at scale," he argues - total factor productivity, the economist's measure of getting more from the same inputs, moves only when an invention escapes the lab and becomes a business, a supply chain, a normal thing people buy. A breakthrough that nobody deploys is, economically, a rumor.

This is why he can sound like a venture capitalist one minute and a regulatory lawyer the next. The whole pipeline from idea to adoption is the thing he is trying to widen, and the narrowest sections are usually rules, financing, and cultural nerve rather than chemistry. CRISPR was discovered in 2012 and still mostly lives in clinical trials. mRNA, he has written, could "wipe out the AIDS epidemic this decade" if anyone treated it with the urgency the phrase implies. The gap between can and did is where his attention goes.

The optimist's burden

What makes Dourado worth reading is that his optimism has receipts. He will tell you electric vehicles win not on virtue but because they are simply better - faster, cheaper to keep, no detours to a gas station - and that the switch "will happen suddenly." He will float Starship dropping launch costs toward ten dollars a kilogram, and a two-hundred-fold jump in Earth-to-orbit commerce, then turn around and warn you which cost curves are about to flatten. He is bullish and he is specific, and the specificity is the tell. Vague optimism is cheap. Naming the year, the price, the rule, and the loophole is a bet.

His Substack carries a one-line mission statement - "Trying to end the Great Stagnation" - and a steady audience of people who treat his essays as field notes from the frontier. He came to all of it the long way: a BA in economics and political science from Furman, a PhD in economics from George Mason, then the Mercatus Center, where he built and ran the technology policy program before trading the think tank for the startup, the startup for the foundation, and the foundation for an even wider mandate to fund what comes next. He still keeps a public GitHub and has named GitHub Copilot among his favorite tools, which tracks for a man who thinks the future is a thing you build rather than a thing you await.

The through-line is not any single technology. It is impatience, organized into a method. Find the future that was promised and quietly shelved. Figure out why it stalled - almost never the science. Then move the money, the rules, or the argument until the thing that was supposed to happen finally does. Most people accept the world as delivered. Dourado keeps the receipt and asks for the upgrade.