Page 4: 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.

New deep sea mining rules lack consensus despite US pressure

After two weeks of negotiations, the International Seabed Authority (ISA) is still far from finalizing rules for extracting coveted metals on the high seas despite heightened pressure triggered by US efforts to fast-track ...

China carefully assembling a deep-sea mining strategy

In a world hungry for crucial resources, China may not be poised to start deep-sea mining but it is planting seeds for such operations in a meticulously planned economic and geopolitical strategy.

What rare earth elements are and why they matter

Rare earth elements are critical to many industries—used in electric motors, medical imaging and diagnostics, oil and gas refining, and computer and phone screens. The 17 rare earth elements all have important uses and are ...

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