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A Unique Method of Rare-Earth Recycling Can Strengthen the Raw Material Independence of Europe and America
Researchers have developed a new method of separating the rare earth elements, or lanthanides, which are widely used in the electronic, medical, automotive, and defense industries.
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Nth Cycle Is Bringing Critical Metals Refining to the U.S.
Much like Middle Eastern oil production in the 1970s, China today dominates the global refinement of critical metals that serve as the foundation of the United States economy. The U.S. needs another technological breakthrough to secure domestic supplies of metals like lithium, cobalt, copper, and rare earth elements, which are needed for everything from batteries to jet engines and electric motors. Nth Cycle thinks it has a solution.
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China and Rare-Earth Elements: Is Trump Blinking on Tariffs?
On 2 April 2025, President Trump announced a significant shift in the US trade policy, imposing tariffs on multiple countries, with special emphasis on China. In response, on 4 April 2025, China placed export restrictions on REEs, which are also known as rare metals.
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Nevada Lithium Mining Expands with Estimated $87B Project
Amidst widespread speculation and local pushback, northern Nevada has taken another step toward realizing its lithium potential with an estimated $87 billion Elko County mine.
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What Rare Earth Elements Are and Why They Matter
Rare 17 earth elements are critical to many industries—used in electric motors, medical imaging and diagnostics, oil and gas refining, and computer and phone screens. These elements have become a hot political issue, says an Earth Sciences professor.
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U.S. Senate Committee Advances Kelly's Critical Minerals Bill
A bill seeking to improve America’s mineral supply chain is heading to the U.S. Senate floor. The Critical Mineral Consistency Act of 2025, introduced by Sens. Mark Kelly, D-Arizona, and Mike Lee, R-Utah, would remove disparities between separate critical materials lists from the Department of Energy and Department of Interior. The Senate Energy and Natural Resources Committee approved the bill last week.
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How the U.S. Can Mine Its Own Critical Minerals − without Digging New Holes
Critical materials are the tiny building blocks powering modern life, yet the U.S. depends heavily on imports for most critical materials. Could the U.S. mine and process more critical minerals at home?
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Deep Sea Mining is the New Front in Pacific Competition
Recent developments reflect the rise of renewed great-power resource rivalry and the race for critical minerals, which underpin digital infrastructure and green energy.
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Exploring New Frontiers in Mineral Extraction
The minerals found in the deep ocean are used to manufacture products like the lithium-ion batteries used to power electric vehicles, cell phones, or solar cells. In some cases, the estimated resources of critical mineral deposits in parts of the abyssal ocean exceed global land-based reserves severalfold. Professor Thomas Peacock’s research aims to better understand the impact of deep-sea mining.
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A Guide to the 4 Minerals Shaping the World’s Energy Future
Ending our dependence on fossil fuels and adopting this new, greener technology requires a whole lot of metal. Especially important are rare earth elements and lithium, cobalt, nickel, and copper. Just as the 20th century was defined by the geography of oil, the 21st century could be defined by the new geography of metal.
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The Potential Impact of Seabed Mining on Critical Mineral Supply Chains and Global Geopolitics
The potential emergence of a seabed mining industry has important ramifications for the diversification of critical mineral supply chains, revenues for developing nations with substantial terrestrial mining sectors, and global geopolitics.
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Squeezing More Out of Used Nuclear Fuel and Rare Earth Materials
Rotating packed bed contactor technology may be safe, scalable solution that helps the U.S. expand the potential of nuclear energy. The impact of the research may extend beyond nuclear fuel recycling to applications in other metal recovery processes such as rare earth recovery.
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To Avoid a Ukraine-Style Quid Pro Quo, Australia Needs to Work with the U.S. on Critical Minerals
With Donald Trump back in the White House, Washington is operating under a hard-nosed, transactional framework in which immediate returns rather than shared values measure alliances. For Australia, this signals a need to rethink its approach to the US relationship. A key step would be to work with the United States in the extraction and processing of Australian critical minerals.
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Why a U.S. Minerals Deal with Ukraine Won’t Deter Russian Aggression
Research suggests that investments follow alliances. But markets do not care about agreements alone. They respond to other signals too, like explicit statements of support. These statements of support also help to reassure allies and deter rivals. Unless Trump changes how he operates on the international stage, the economics of the mineral deal will not help Ukraine’s security situation.
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The Value of Ukraine’s Critical Minerals Is Overstated
In fact, Ukraine has no proven rare earths reserves—as distinct from deposits, which may or may not be economically recoverable. Its only established rare earths deposit, of unknown size or quality, is near Azov, a town currently under Russian control.
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The long view
U.S. Energy Supply Chains Are Unlikely to Meet Anticipated Demand
The U.S. fast-growing energy demands for clean energy sources faces a problem: Under current supply chain conditions, the United States is on track to fall significantly short of surging demand for three clean energy sources: wind, solar, and battery. The shortage is due to the scarcity of critical raw materials such as nickel, aluminum, and silicon.