A single facility represents the entire domestic supply
Beneath the surface of American technological life lies a quiet vulnerability: a single mine, in a single location, producing the rare earth elements that power smartphones, weapons systems, and the machinery of the energy transition. For decades, the United States delegated this burden to other nations — China above all — and what once seemed like economic pragmatism has hardened into dependency. As geopolitical tensions reorder the assumptions of global trade, the country is beginning to reckon with what it means to have outsourced the foundations of its own modernity.
- America's entire domestic rare earth supply flows from a single mine — a concentration of critical vulnerability that defense planners and technology executives can no longer afford to ignore.
- China controls the majority of global rare earth processing capacity, giving a strategic rival significant leverage over the materials that power U.S. weapons, electronics, and renewable energy infrastructure.
- Defense contractors, tech manufacturers, and clean energy companies are all competing for limited supplies, often forced to purchase from foreign sources at prices they do not control.
- Government policy and private investment are beginning to align around reshoring critical mineral production, though environmental costs, capital demands, and processing complexity make the path forward slow and uncertain.
- The momentum is building — but the gap between domestic production and domestic need continues to widen as global demand for rare earth-dependent technology accelerates.
In the summer of 2026, CBS News turned its attention to a quiet but consequential fact about American industry: the United States has only one active rare earth mine. That single facility bears the weight of supplying elements essential to smartphones, laptops, renewable energy systems, and the advanced weaponry at the core of national defense. The concentration is not merely inconvenient — it is a structural vulnerability, one that has grown more exposed as demand accelerates and global supply chains grow more contested.
Rare earth elements are not scarce in the geological sense. They exist throughout the earth's crust. What makes them difficult is the cost and complexity of extraction, and the environmental toll of processing. For decades, the United States found it easier — and cheaper — to let other nations, particularly China, absorb that burden. China now controls the overwhelming majority of global processing capacity. What once looked like economic efficiency has become a dependency that troubles policymakers and industry leaders in equal measure.
The domestic mine cannot close the gap. Defense contractors, technology manufacturers, and clean energy companies all compete for what it produces, and all routinely turn to foreign suppliers to meet the remainder of their needs. Supply disruptions, when they come, move quickly through these industries. The geopolitical logic that once made outsourcing sensible has shifted, and the cost of that earlier calculation is now being counted.
Investment in domestic rare earth capacity is beginning to grow, pushed by government policy and a private sector that has started to treat reshoring as a matter of economic survival rather than idealism. The obstacles are real — environmental review, capital intensity, the technical difficulty of processing — but the direction has changed. The question is no longer whether the United States should rebuild this capacity, but how quickly it can.
On a summer evening in 2026, CBS News examined three distinct corners of the American economy—each revealing something about where the country stands and where it's headed. The first story traced a line from the ground beneath our feet to the devices in our pockets: the precarious state of rare earth mining in the United States.
There is only one active rare earth mine operating in the country. That single facility represents the entire domestic supply of elements essential to nearly every piece of modern technology—smartphones, laptops, renewable energy systems, and the sophisticated weaponry that underpins national defense. The concentration of this critical resource in one location exposes a vulnerability that has grown more acute as global demand for electronics accelerates and geopolitical tensions reshape supply chains.
Rare earth elements are not actually rare in absolute terms. They exist in the earth's crust in measurable quantities. What makes them scarce is the difficulty and expense of extracting them, and the environmental cost of doing so. For decades, the United States outsourced this burden to other nations, particularly China, which now controls the vast majority of global processing capacity. That arrangement seemed economical at the time. It also created a dependency that now troubles policymakers and industry leaders alike.
The single operational mine in the U.S. cannot meet domestic demand. The gap between what Americans need and what Americans produce has widened steadily. Defense contractors, technology manufacturers, and renewable energy companies all compete for limited supplies, often sourcing from abroad at prices set by foreign competitors. The vulnerability is not theoretical. Supply chain disruptions ripple quickly through industries that depend on these materials, and the geopolitical calculus that once favored outsourcing has shifted.
Investment in domestic rare earth mining capacity has begun to accelerate, driven by both government policy and private sector recognition that reshoring critical mineral production may be economically necessary. The path forward is complicated by environmental concerns, the capital intensity of mining operations, and the technical challenges of processing. But the momentum is building.
The second segment of the evening's reporting turned to London, where taxi drivers—the legendary cabbies who navigate the city's streets with encyclopedic knowledge—viewed the rise of robotaxis with deep skepticism. These drivers, many of whom had spent years mastering "The Knowledge," a rigorous examination of London's geography and traffic patterns, saw autonomous vehicles as a threat to their livelihoods and to a profession that had defined urban transportation for generations.
The third story explored Banana Ball, a baseball league that had carved out its own niche in American sports. The league represented an alternative vision of professional baseball—one that prioritized entertainment, speed, and accessibility over the traditions that governed the major leagues. It was a small but growing phenomenon, drawing fans and players who found something compelling in its departure from convention.
Together, these three stories painted a portrait of an economy in transition. Supply chains were being rethought. Transportation was being reimagined. Sports were being reinvented. The common thread was disruption—the collision between established systems and new possibilities, between the way things had always been done and the way they might be done next.
The Hearth Conversation Another angle on the story
Why does a single rare earth mine matter so much? Isn't the U.S. a wealthy country that can just buy what it needs?
Because you can't buy what someone else controls. If one country dominates the supply and the relationship sours, you're stuck. It's not about wealth—it's about leverage.
So this is a national security issue, not just an economic one?
It's both. Your phone needs rare earths. So does a missile guidance system. When you depend on a single foreign source for something that critical, you're vulnerable in ways that money alone can't fix.
How did we get here? Why did the U.S. stop mining these elements?
It was cheaper to let someone else do the dirty work. Mining is expensive and environmentally messy. For decades, that calculus made sense. Now the world has changed, and we're paying the price for that decision.
Can the U.S. actually build up domestic capacity quickly?
Not overnight. You need capital, expertise, environmental permits, and processing infrastructure. But the urgency is real now, so things are moving faster than they would have five years ago.
What about the London taxi drivers? Are they right to be worried?
They're worried about something real—their profession is changing. Whether robotaxis are good or bad overall is a separate question from whether they displace skilled workers who've invested years in mastery.