The minerals powering the clean energy transition are running out on land. But 21 billion tonnes of cobalt, nickel, and manganese sit on the Pacific Ocean floor, 18,000 feet down. Markets have noticed. Twenty-two contractors from twelve countries are already racing to the bottom. Here is what is actually happening.
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After seven decades as the punchline of clean energy — always twenty years away, always — fusion is colliding with a different kind of deadline. Not the rhetorical kind. The engineering kind: first plasma, first net energy, first commercial megawatt....
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The plant sits on a lava field in southwest Iceland, powered by geothermal electricity, drawing air through its intake fans twenty-four hours a day. Inside, a chemical sorbent binds to carbon dioxide molecules, releases them under heat, and sends the...
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Offshore wind is already the fastest-declining-cost energy sector after solar. Wave and tidal energy are where solar was in 2005. The ocean isn't just a food source — it's the largest untapped energy platform on the planet.
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After Three Mile Island, Chernobyl, and Fukushima, nuclear power was written off. Small modular reactors, AI-driven design, and the clean energy math are writing a different ending.
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Three laws. One pattern. The mechanism that drives every major technology cost collapse in history is competition — not genius, not government, not luck.
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Solar panel prices dropped 90% in 13 years. This didn't happen because of government subsidies. It happened because thousands of companies competed to outperform each other.
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