Highlights

• The U.S. is building critical minerals supply infrastructure but actively undermining demand through policies like rolling back EV incentives, creating a fundamental policy contradiction that stalls markets and investor confidence.
• China strategically engineered demand through industrial champions like BYD and coordinated statecraft, understanding that controlling consumption—not just supply—is the key to market dominance in critical minerals.
• Western alliance frameworks like FORGE face structural tension in an era of modern mercantilism where nations prioritize self-sufficiency over cooperation, requiring binding economic incentives rather than diplomatic architecture to succeed.

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The West is building mines. Funding refineries. Stockpiling materials. And still, the market doesn’t move. A new analysis (opens in a new tab) from Grace Baskaran at the Center for Strategic and International Studies correctly diagnoses the problem: supply without demand is dead capital. Prices stay weak. Inv__estor confidence stalls. Projectslinger in limbo. But here’s what the Beltway thinktank’s report doesn’t confront head-on: the United States is not just lacking demand—it is actively dismantling it.

Recent policy shifts tied to Donald Trump’s so-called “Big Beautiful Bill,” including the rollback of electrification incentives, reflect a political response to pressure from legacy automakers and industrial stakeholders (and perhaps to some extent the marketplace of the U.S. itself). The result? The single most scalable demand engine for critical minerals—EVs—is being throttled just as supply ramps up, and much of the world continues to electrify.

This is not a market failure. It is a policy contradiction.

China Didn’t Wait for Demand—It Engineered It

China grasped the core truth early: control demand, and you control the system. At launch, Rare Earth Exchanges™ identified this same logic in Beijing’s playbook—leveraging its rare earth dominance not just to supply materials, but to monetize downstream industries. The equation is self-reinforcing: profits generate power, power drives leverage, and leverage expands control across the value chain.

Through industrial champions like BYD, Beijing didn’t just process rare earths—it created the consumption machine. EVs use ~210 kg of critical minerals versus ~32 kg in internal combustion vehicles—a structural multiplier that reshapes entire markets.

This wasn’t organic growth. It was coordinated statecraft—subsidies, procurement mandates, and full-spectrum integration from mine to magnet to mobility. And underpinning it all: sustained downstream research and development, ensuring the system not only scales, but continuously evolves and reinforces itself.

The West, by contrast, is now debating whether to slow the very demand it needs to survive.

Six Solutions—But One Missing Reality

The CSIS framework—aggregate demand, leverage compliance, pool allies, streamline defense rules, expand EV adoption, extend 45X—is coherent and thoughtfully constructed. Yet it stops short of the sharper candor this moment demands. That said, Rare Earth Exchanges recognizes the value of Ms. Baskaran’s contribution—few analysts in the United States bring such a comprehensive, systems-level view of the critical minerals challenge.

But coherence is not execution.

The Missing Variable: Political Will

You cannot “supercharge EV demand” while dismantling EV incentives.

The Industrial Gap Remains

Even if demand roars back, the West still stands on hollow ground. The decisive terrain—the midstream—remains largely unbuilt: no industrial-scale solvent extraction at depth, no resilient magnet ecosystem. Demand, without processing, does not create independence—it feeds China. Yes, Washington has seeded a slate of “mine-to-magnet” projects, each wrapped in urgency and promise. But as Rare Earth Exchanges has chronicled, many now strain under the weight of their own timelines—ambitious to the point of fragility, set in public for the world to judge. We want them to succeed. The stakes demand it. Yet hope is not a strategy. And for a confluence of reasons we have laid bare—misaligned incentives, sequencing failures, and capital deployed ahead of capability—the risk is not just delay. It is misallocation at scale.

The Alliance Assumption

FORGE—the Forum on Resource Geostrategic Engagement (opens in a new tab)—is designed as a kind of NATO for minerals: a coalition of allied nations coordinating sourcing, investment, and long-term offtake commitments to build a shared, resilient supply chain outside China. On paper, it is elegant—pool demand, align standards, and create the scale necessary to justify billions in upstream and midstream investment. But the paradox now unfolding is far less orderly.

We are no longer operating in a cooperative globalization model. Under Donald Trump and commencing with Liberation Day, a form of modern mercantilism has re-emerged—what Rare Earth Exchanges has called Great Powers Era 2.0—where nations prioritize self-sufficiency, strategic advantage, and domestic industry over alliance cohesion. Critical mineral and rare earth supply chains are the underpinnings.  In that world, FORGE faces a structural tension: it asks countries to act collectively at the very moment they are behaving competitively. Canada explores deeper economic ties with China. Europe hedges. The United States recalibrates. Everyone is negotiating—often simultaneously with partners and rivals. This is not the Cold War Era anymore.

So the real question is not whether frameworks like FORGE can be designed—they can, and many already exist. The question is what economic gravity holds them together. Without a binding force—shared demand, enforceable offtake commitments, or aligned industrial policy—these alliances risk becoming diplomatic architecture without a commercial spine. And that is sort of Ms. Baskaran’s point, put delicately as it must in the Beltway.

In a world where every nation is, to some degree, out for itself, coordination is not a default outcome. It must be engineered, incentivized, and, above all, made profitable, and don’t underestimate the last point, as the investors mostly focus on that.

What This Means for Investors

The report gets one thing exactly right: geology is not the constraint—economics is. But economics does not exist in a vacuum; it flows from policy. And right now, Western policy is caught in a contradiction—pushing to build supply chains with one hand while quietly eroding the demand needed to sustain them with the other.

Whatever one’s view of prior electrification incentives, the policy pivot tied to Donald Trump’s “Big Beautiful Bill” signals a renewed tilt toward oil, gas, and nuclear—at odds with the broader global trajectory toward electrification and mineral-intensive systems. The result is not a coherent industrial strategy but a misalignment of signals, where capital is asked to build for a future policy that is no longer clearly supported.

This is not a strategy. It is drift—shaped less by long-term design than by the gravitational pull of legacy industries. And of course, these are important industries, and the paradox faced by the U.S. should be front and center in business and finance forums—and it’s not.

The Real Reckoning

The rare earth market is not waiting for clarity. It is pricing confusion. Until the U.S. decides whether it actually wants electrification—and the mineral demand that comes with it—capital will hesitate, projects will stall, and China will continue to do what it has already mastered: Build the market while others debate it.

A reality, whether we want to internalize or not: Electric vehicles are the clear long-term direction of the global auto industry, driven by energy security, industrial policy, and climate goals, and yes, adoption is uneven across regions. China, the European Union, and Norway are leading with strong policy support and high uptake, while the United States, Japan, and India show more mixed or cautious progress due to political, economic, and infrastructure constraints.

Despite this variability, the global industrial system is decisively shifting toward EVs, with massive investments in batteries and supply chains and growing demand for critical minerals like lithium, nickel, cobalt, and rare earths.

For investors, the key nuance is that EV growth, and for the sake of discussion, other verticals such as drones and robotics,  is policy-sensitive and non-linear, but no major economy is betting on a long-term future dominated solely by internal combustion engines—making electrification both inevitable and uneven, with risk and opportunity tied to policy alignment.