Can the US Break China’s Grip on Rare Earths?

The modern world’s on-off switch depends on a set of elements most people have never heard of, controlled by a single nation in a strategic grip that has become one of the most pressing geopolitical and economic challenges of our time. Rare earth elements, crucial for everything from smartphones and electric vehicles to advanced military hardware, are largely mined, refined, and turned into essential components within China. This dominance wasn’t an accident but the result of decades of strategic planning, where China willingly took on the dirty, complex work of processing these materials as Western nations focused on cleaner, high-value design and innovation. The conversation traces how this happened, from China’s need for hard currency in the 1980s to its systematic climb up the value chain, embedding rare earths at the heart of its industrial policy.

A pivotal wake-up call came in 2010 during a territorial dispute with Japan, when China briefly restricted rare earth exports, causing Japanese manufacturing lines to stutter. This event revealed the fragility of global “just-in-time” supply chains, but also a key weakness for China at the time: interdependence. Japan supplied high-tech components China needed, so the leverage was mutual. However, over the subsequent 15 years, China mastered the entire supply chain, from raw ore to finished high-tech products, transforming that interdependence into a position of formidable strength. Today, China’s leverage is far greater, as demonstrated by its threats to restrict access following recent U.S. tariff announcements.

The discussion examines the current U.S. strategy, which guest David Abraham argues is misguided and likely to waste billions. The instinct is to try to replicate China’s end-to-end domestic production, but this ignores massive cost disadvantages and a critical lack of human capital—the engineers, metallurgists, and technicians who have largely vanished from the American industrial landscape. Abraham proposes a different path: instead of starting with the minerals, the U.S. should start by building a robust, end-market industry, specifically in electric vehicles. EVs are the largest consumers of the batteries and magnets that rely on rare earths; by creating strong domestic demand, the U.S. could support a competitive materials industry and underpin other vital sectors like defense and robotics. The alternative is continued dependence or a futile, expensive attempt at self-sufficiency that fails to connect production to a viable commercial market.

Surprising Insights

• The “rare” in rare earths is a misnomer; they are relatively common in the earth’s crust, but are economically challenging to extract and refine because they are found in tiny concentrations mixed with other elements.
• China’s current export strategy is cunningly selective; they are often willing to export the finished products like magnets, but restrict the export of the raw materials, effectively preventing other nations from building their own processing and magnet-making industries.
• The 2010 embargo against Japan backfired on China in the short term because Japan retaliated by withholding high-tech components China needed, revealing a then-existing mutual dependency that has since evaporated due to China’s advancements.
• The knowledge gap is as critical as the resource gap; the U.S. has a “missing generation” of material scientists and engineers, while small cities in China host thousand-person conferences dedicated solely to rare earth innovation.

Practical Takeaways

• Build demand first, not mines. For nations seeking independence, strategy should begin with creating a strong domestic market for end-products (like EVs) to pull a competitive supply chain into existence, rather than subsidizing raw material production that may have no buyer.
• Diversify, don’t just replicate. Absolute self-sufficiency is prohibitively expensive and unrealistic. The workable goal is a reliable network of allied suppliers to break the chokehold, mirroring the strategy used for oil and other commodities.
• Invest in human capital. Reviving a competitive materials industry requires massive investment in specialized education and training programs to rebuild the technical workforce that has atrophied over decades.
• Recognize the true choke point. The greatest vulnerability is often not the raw ore, but the advanced, specialized components made from it (like specific high-performance magnets). Securing or developing this stage of production is more critical than merely mining.