Highlights

• Modern military power depends on rare earth elements like neodymium and dysprosium for missiles, radars, and drones—but mining ore doesn't solve sovereignty without industrial-scale separation capacity.
• Europe's strategic blind spot: China dominates rare earth solvent extraction and refining, meaning control of deposits in Poland or Ukraine won't restore independence without midstream processing infrastructure.
• True defense resilience requires integrated separation, metallization, and magnet production capacity—not just access to geological resources or upstream mining operations.

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This Rare Earth Exchanges™ analysis evaluates Andrzej Fałkowski’s thesis via Defence24 (opens in a new tab) that modern military power begins underground—with critical minerals and rare earth elements. We examine what is technically sound, where the narrative compresses complex supply chain realities, and what investors must understand about separation chokepoints, refining dominance, and Europe’s industrial constraints. Mining matters. But without midstream and downstream capacity, sovereignty remains theoretical.

Missiles Run on Metals—But Processing Runs the War

Fałkowski argues that modern wars are won in supply chains, not on parade grounds. Lithium, tungsten, rare earth elements (REEs), cobalt, and titanium—without them, missiles lose precision, radars lose clarity, and drones lose propulsion. That is directionally correct.

Rare earths such as neodymium, dysprosium, and terbium are essential for high-performance permanent magnets used in electric motors, radar systems, actuators, sonar, and ISR platforms. Heavy rare earths like dysprosium and terbium improve heat tolerance and magnetic stability under combat conditions. Without them, system performance degrades.

But here is the structural reality: geology is rarely the binding constraint. As Rare Earth Exchanges™ continuously points out, separation is.

Rare earth elements are not geologically scarce. They are chemically difficult to separate. Industrial-scale solvent extraction—the only commercially proven method for large-volume rare earth separation—remains overwhelmingly concentrated in China. Mining ore in Europe does not automatically solve that bottleneck.

Europe’s Strategic Blind Spot: Mining Does Not Equal Mastery

The article correctly notes that Western nations outsourced environmentally complex processing decades ago. That outsourcing created dependency.

However, developing domestic deposits does not, by itself, restore sovereignty. Investors should ask harder questions:

• Where will European heavy rare earth oxides be separated at a commercial scale?
• Who will finance and operate multi-stage solvent extraction circuits?
• How long will permitting take under EU environmental frameworks?
• Can ESG commitments coexist with mobilization-speed refining and tailings management?

Upstream deposits in Poland or Ukraine represent optionality. Without midstream (separation) and downstream (metallization and magnet production) integration, Europe remains exposed to processing chokepoints.

Control of ore is not control of magnets.

Poland’s Industrial Strength—and Its Limits

Fałkowski is correct that Poland’s vertically integrated copper chain is strategically meaningful. Copper underpins ammunition, electrification, and industrial durability. In a crisis, domestic copper matters.

But rare earth independence is industrially more complex. Poland does not possess rare earth solvent extraction infrastructure. Europe lacks a significant capacity for heavy rare-earth separation at scale. Even if Ukrainian deposits become viable, the processing gap remains.

Recycling, refining, and metallization capacity—not just mining—define resilience.

Ukraine: Geological Leverage, Industrial Unknown

Ukraine’s lithium, graphite, titanium, manganese, and potential rare-earth resources are strategically important. Yet war damage, capital constraints, and processing deficits complicate the narrative.

If extraction feeds external separation hubs, Europe simply exports concentrates and imports finished magnets.

True strategic integration would require Western separation, alloying, and magnet manufacturing capacity—not just access to resources.

The Hard Reality Investors Must Confront

Fałkowski’s thesis—that defense begins underground—is directionally sound. But modern defense more precisely begins in solvent extraction plants, metallization furnaces, and magnet alloy lines.

Rare earth security is not about what lies in the ground.

It is about who controls the refining chokepoint.

Until Europe builds scalable midstream capacity, mineral sovereignty will remain aspirational.

The mine is only the beginning.