Page 3: Research news on critical minerals

Critical minerals are mineral commodities identified as essential for advanced technologies and economic or national security functions, and which face elevated risk of supply disruption due to geological scarcity, concentrated production, geopolitical constraints, or complex value chains. Scientifically, they are defined not by intrinsic geochemical properties but by their role in enabling key materials systems, such as high-performance magnets, battery chemistries, catalysts, semiconductors, and specialized alloys. Research on critical minerals emphasizes ore genesis, mineral processing, substitution strategies, recycling, life-cycle assessment, and supply-risk modeling to ensure resilient access to these inputs for low-carbon energy systems, defense applications, and advanced manufacturing.

AI is powering the search for America's critical minerals

They power green energy, enhance defense systems, and drive the future of microelectronics. Known as critical minerals, elements like lithium, cobalt, and nickel are vital to national security and innovation. Yet the U.S. ...

Sulfated yeast rises to the challenge facing rare earth metals

Ever wonder what happens to those old, broken electronics after tossing them? How about how new ones are being produced despite dwindling resources? The seemingly endless supply of gadgets hides an increasingly critical problem: ...

Tough choices lie ahead on path to decarbonization

As the world relies increasingly on critical minerals such as cobalt to fuel not just the green revolution but also everyday life, the United States may need to turn to domestic mining to meet its needs.

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