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11612 results for "rare-earth metals"
A Korean company just cracked the code on recycling rare earth metals from discarded smartphones, motors, and drones. The breakthrough could help countries reduce their dependence on mining these critical materials.
Researchers created a global treasure map showing where rare earth metals for phones and electric vehicles hide underground. The discovery could help countries find their own supplies of these critical materials.
A South African mine and national research lab just created high-purity rare earth products, a first for the continent. The breakthrough puts Africa on the map for critical minerals that power everything from electric cars to medical devices.
Japan just made history by collecting rare earth minerals from 6,000 meters below the ocean surface, a world first that could reshape global supply chains. The breakthrough could give Japan 700+ years of critical materials for phones, electric cars, and green technology.
A young French-American chemist has developed a breakthrough process to recover rare earth metals from old neon bulbs, potentially ending dependence on China's near-total control of these critical resources. The innovation could transform how we recycle essential materials used in everything from smartphones to electric cars.
A Western Australian mining project has cracked the code on extracting rare earth metals with recovery rates hitting 86.5%. The discovery could help break China's grip on these critical minerals needed for electric vehicles and wind turbines.
A California startup has invented a pollution-free way to refine rare earth metals using plasma reactors, potentially ending China's stranglehold on materials critical for electronics and clean energy. The breakthrough could reshape global supply chains while eliminating toxic waste.
Japanese researchers just pulled off something incredible: extracting rare earth metals from 20,000 feet under the Pacific Ocean, a world first that could reshape global tech supply chains. It's a massive step toward independence from China after a 2010 crisis exposed dangerous vulnerabilities.
Scientists in Austria discovered that mushrooms can extract valuable rare earth minerals from contaminated sites and mining waste. This "mycomining" process could offer a cheaper, safer way to recover the metals needed for smartphones, batteries, and AI technology.
Japan just made a breakthrough that could end its dependence on imported rare earth minerals. The nation successfully collected rare earth mud from 6,000 meters below the Pacific Ocean near a remote island.
Scientists just taught AI to invent entirely new magnetic materials, potentially ending America's dependence on scarce rare earth elements. The breakthrough could transform everything from clean energy to national defense.
A Western Australian mining project just solved one of the toughest challenges in rare earth extraction, recovering over 86% of critical minerals using standard methods. The breakthrough could help break China's grip on the global supply of materials essential for electric vehicles and renewable energy.
Japanese researchers just cracked a major problem: cooling technology that reaches near absolute zero without rare metals or liquid helium. The breakthrough could make MRI machines and quantum computers more accessible worldwide.
Japan is preparing to extract rare earth minerals from the ocean floor 2,000 kilometers from Tokyo, aiming to reduce its heavy reliance on Chinese imports. The breakthrough test could reshape how nations secure critical materials for smartphones, electric vehicles, and defense technology.
A Western Australian mining company just cracked a major code in rare earth processing, shrinking materials by 95% while keeping the valuable minerals intact. This breakthrough could make extracting the materials inside your phone and electric car much cheaper and more efficient.
Korea Zinc is partnering with major US tech companies to extract rare earth minerals from data center waste, creating a new domestic supply chain. The initiative helps America break free from Chinese mineral dependence while turning electronic trash into valuable resources.
Australian scientists just cracked a billion-year-old code that could revolutionize how we find the rare metals powering electric cars and wind turbines. The discovery could accelerate the clean energy transition by making critical minerals easier to locate.
Researchers discovered that rare earth elements form above ancient subduction zones, potentially making it easier to locate deposits critical for tech and renewable energy. The breakthrough could help meet growing demand for materials essential to electric vehicles, wind turbines, and smartphones.
Swedish researchers are flipping the mining playbook by designing green technology magnets around what's actually in the ground, not forcing nature to fit old formulas. This "What's in Your Fridge" approach could slash pollution while breaking China's rare earth monopoly.
Brazil is rapidly becoming the world's next rare earth mining powerhouse, with over 2,700 projects underway to extract minerals critical for electric vehicles, wind turbines, and AI technology. The South American nation holds the planet's second-largest reserves and could finally break China's 90% stranglehold on global production.
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