The tech policy echo chamber has officially settled on its latest fixation: the United States government needs to step in as the "buyer of first resort" for quantum computing.
The narrative is seductive. It tells us that because quantum hardware is capital-intensive, fragile, and currently devoid of commercial utility, Uncle Sam must pull out the national checkbook. We are told this will save the domestic industry from falling behind global rivals, particularly China. Proponents point to the early days of microchips and Apollo-era procurement as the ultimate blueprint.
It is a comforting historical analogy. It is also completely wrong.
The demand for a national quantum buyer is not a visionary strategy. It is a bailout masquerading as national security. Forcing federal agencies to purchase unscalable, noisy intermediate-scale quantum (NISQ) systems will not accelerate the road to fault tolerance. Instead, it will subsidize stagnation, lock in inferior architectures, and insulate hardware companies from the brutal but necessary feedback of a free market.
We do not need a national buyer. We need to let weak ideas die.
The Flawed Logic of the Apollo Analogy
Advocates of government-mandated quantum purchasing love to cite the 1960s semiconductor boom. They note that the military bought nearly 100% of the early integrated circuits, driving down costs and paving the way for Silicon Valley.
This comparison fundamentally misunderstands the physics of the two eras.
When the government bought early microchips, the underlying science was proven. The challenge was manufacturing scale and yield optimization. The silicon worked; it just needed to be built cheaper and smaller.
Quantum computing in 2026 is entirely different. We are not facing a manufacturing bottleneck; we are facing a fundamental physics and architecture bottleneck. No one has built a commercially viable, error-corrected quantum computer. We are still actively debating whether superconducting qubits, trapped ions, neutral atoms, photonics, or topological qubits will win the race.
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| THE PROCUREMENT MISMATCH |
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| 1960s Silicon: Science proven -> High cost -> Government scale fixed it. |
| 2020s Quantum: Science unproven -> Low fidelity -> Scaling up breaks it.|
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When a government entity acts as a guaranteed buyer in an unproven market, it picks winners prematurely. If the Department of Defense signs a massive procurement contract for a 200-qubit superconducting system today, it instantly warps the ecosystem. Venture capital shifts away from potentially superior, nascent modalities like neutral atoms to chase the guaranteed government teat.
I have watched public money distort tech sectors for two decades. When survival depends on satisfying a bureaucrat's Request for Proposal (RFP) rather than solving an actual computational problem, engineering priorities warp. Companies stop optimizing for error mitigation and start optimizing for whatever arbitrary metric keeps the grant money flowing.
The NISQ Trap: Buying Garbage in the Name of Progress
Let's look at what a national buyer would actually be purchasing right now. We are currently trapped in the NISQ era. These machines are plagued by environmental noise, state decay, and gate errors. They cannot perform any calculation of economic value that a classic laptop can’t emulate using tensor networks or advanced heuristics.
If the government steps in to buy these machines, it creates an artificial market for sub-optimal hardware.
- It disincentivizes foundational research: Why spend five grueling years fixing logical qubit overhead when you can sell another noisy, uncorrected system to a federal lab today?
- It creates a legacy hardware liability: Government data centers will be littered with multi-million-dollar cryostats and laser tables that are obsolete six months after installation.
- It masks commercial failure: Startups that should go bankrupt are kept on life support, consuming talent and resources that could be deployed elsewhere.
John Preskill coined the term NISQ to describe an interim era, not a permanent destination. By artificially extending the financial viability of NISQ systems through state procurement, we risk turning a temporary transition phase into a permanent, subsidized rut.
The Real Threat: China Isn't Winning Because of Subsidies
The loudest argument for a national buyer is geopolitical fear. The refrain goes: China is pouring billions into quantum state enterprises, so we must match their model.
This is classic mirror-imaging. China’s top-down, state-directed funding model excels at massive infrastructure projects and brute-force manufacturing copy-pasting. It is historically terrible at managing chaotic, foundational scientific breakthroughs that require agile pivots and intellectual dissent.
China’s massive investment in quantum networks and satellite distribution looks impressive on paper, but it hasn't solved the core physics problem of error correction any faster than Western labs. Doubling down on a Soviet-style state-directed purchasing model is the exact wrong way to counter an authoritarian adversary.
Our advantage has always been an unforgiving capital market that aggressively funds high-risk ideas and ruthlessly cuts them off when they fail to deliver. The moment we try to out-subsidize China by turning quantum hardware into a utility protected by state procurement, we surrender our greatest asset: creative destruction.
What Happens When You Remove the Market's Whip
Consider the current state of quantum software. Right now, algorithmic researchers are forced to be incredibly efficient because hardware resources are scarce and expensive. They are inventing ingenious error-mitigation techniques and hybrid classical-quantum algorithms because they have to deliver value to skeptical enterprise clients in banking, pharma, and logistics.
Now imagine a world with a national buyer. Suddenly, the pressure is off. The hardware companies have their government runway. The software developers write code for guaranteed government workloads.
The result is a closed loop of mediocrity. The government buys the hardware, rents it to government-funded academics, who write papers celebrating minor milestones, which are then used to justify the next round of government purchasing.
Meanwhile, the actual commercial applications—the drug discoveries, the material sciences, the optimization breakthroughs—remain out of reach because no one was forced to build something that actually works under the cold scrutiny of a corporate balance sheet.
The Unpopular Solution: Let the Weak Fall
If we want a dominant American quantum computing industry, the path forward is not a safety net. It is a crucible.
The venture capital funding winter for quantum startups isn't a crisis; it’s a feature. The market is waking up to the fact that many early promises were overhyped. The valuations were inflated. The timelines were unrealistic.
Good.
This correction forces the industry to consolidate. It weeds out the grifters who slapped "quantum" onto basic optimization algorithms to raise a seed round. It ensures that remaining capital flows to the teams making genuine breakthroughs in fault tolerance, logical qubit scaling, and topological protection.
Instead of buying useless hardware, the government should focus exclusively on its traditional, legitimate role: funding the absolute extremes of basic science.
- Fund foundational materials science to find better materials for superconducting junctions.
- Fund the training of atomic physicists and cryogenic engineers.
- Fund deep, multi-decade research grants at universities with zero expectation of a commercial product.
Leave the purchasing decisions to the market. If a quantum computer cannot beat a classical supercomputer at a commercially relevant task, nobody should buy it—least of all the taxpayer.
Stop trying to cushion the blow for struggling hardware vendors. If a company cannot survive without the state becoming its primary customer, it does not deserve to survive. The race to a useful quantum computer will be won by raw innovation, not by guaranteed government purchase orders.
Turn off the corporate welfare tap and let the physics do the talking.
