August 22, 2007. Sansad Bhavan, New Delhi.

A young Japanese prime minister named Shinzo Abe stood at the lectern of India's parliament and gave a speech almost no one in Washington noticed.

He called it "Confluence of the Two Seas." He told the chamber that the Indian and Pacific oceans were becoming one ocean — and that Japan, India, the United States, and Australia should start treating them that way. He never said the word "Quad." He didn't need to. The four-country idea was on the page.

Then it died.

Australia walked out the next year under a new prime minister who wanted to keep Beijing happy. The Quad became a footnote in foreign policy journals. For a decade almost nobody outside a few think tanks took it seriously. It was revived in 2017 on the sidelines of ASEAN. It met. It issued statements. It accomplished little.

Yesterday, in the same city where Abe gave that speech, the four countries finally put money behind it.

India's Jaishankar, the U.S.'s Marco Rubio, Australia's Penny Wong, and Japan's Toshimitsu Motegi signed the Quad Critical Minerals Initiative on Tuesday. The framework commits up to $20 billion in combined public and private money to build mining, refining, and recycling outside China. Same afternoon, Rubio and Jaishankar signed a separate U.S.-India bilateral on critical minerals at Hyderabad House. Eleven other U.S. bilaterals went out under the new FORGE banner earlier this year, with seventeen more in negotiation.

The joint statement called out "coercive market practices" without naming Beijing. Everybody knew who they meant. China refines about 90% of the world's rare earths. For 12 of them — the heavies that go into F-35 actuators and EV traction motors — that share is over 95%.

The Japan freeze that Reuters broke last week was the trigger. Shin-Etsu has stopped taking orders for dysprosium-containing magnets. Lynas, the only major heavy producer outside China, made eight tons of dysprosium and terbium combined in Q1. China was shipping fourteen tons a month to Japan alone before December.

That is why the Quad meeting was not ceremonial this time. Japan is the warning. India, Australia, and the U.S. each saw what happens when Beijing decides to turn the tap off.

The $20 billion is not enough to replace China. Nobody on stage pretended it was. But it is the first time these four countries have put a number on the table and a permanent forum behind it. The Quad has been a paper alliance for nineteen years. Yesterday it became a buyers' club.

The hard question now is not whether the money will be spent. It is whether the chemistry will cooperate.

Last Wednesday, the Department of Energy awarded USA Rare Earth up to $19.3 million to build a pilot plant in Texas for the trickiest step in rare earth production — separating individual elements from each other. The technology is called continuous ion-exchange. Mining the rock is the easy part. Pulling neodymium, praseodymium, dysprosium, and terbium apart is what China spent three decades perfecting. The pilot will feed concentrate from the Round Top deposit and route it through the company's magnet plant in Stillwater, Oklahoma, which began commercial production in March. CEO Barbara Humpton called the award a validation.

Washington and Pretoria have spent the year fighting — over Israel, over Russian oil, over refugee policy. So when twenty-five senior officials from both governments sat down in Johannesburg this month to talk about rare earths, that was news. EXIM Bank and the DFC were both at the table. The project on offer is Phalaborwa — an old copper-mine waste pile in northeast South Africa that contains enough rare earths to matter. Rainbow Rare Earths runs it. The company recycles the tailings instead of digging new pits. The May 6 meeting was the highest-level U.S.-South Africa engagement of the year.

China's domestic light rare earth market is in retreat this month. Praseodymium- neodymium oxide trades around $99–$105 a kilogram inside China while Western buyers pay closer to $245 outside the gates. The reason is paperwork. In early May, Beijing's new Mineral Resources Law took effect, and traders who had been hoarding inventory in case of tighter rules sold into the news instead. The 2026 mining quotas came in higher than expected, smelting plants are running at 85–90% utilization, and Myanmar ore is flowing again. The export side is a different story. The two-to-three-times price gap with the West is intact.

Jack Lifton, Co-Chair of the Critical Minerals Institute, writing in InvestorNews
May 25, 2026

DYSPROSIUM

Dysprosium is what separates an EV motor that lasts ten years from one that fails on a hot day. Add 1 to 3% of it to a neodymium-iron-boron magnet and the magnet keeps working past 200 degrees Celsius — the temperature inside an electric motor under load. Without dysprosium, the magnet demagnetizes and the car stops. China refines about 99% of the world's supply. The price went from $345 a kilogram in 2020 to $931 today — up 105% this year alone. Lynas in Malaysia is the only meaningful producer outside China. Every electric car on earth still depends on Beijing for this one metal.

Even Western rare earth refiners depend on a Chinese chemical to do their job. Oxalic acid is what pulls rare earths out of solution. China dominates oxalic acid production. Ionic Rare Earths and Nth Cycle this week tied their separation platforms together using a closed-loop electro-extraction process that does the same job without the acid. If it scales, it removes one of the last hidden Chinese dependencies in the Western supply chain.

— Metal Tech News

The European Union confirmed plans this month to begin its first coordinated strategic stockpile of critical minerals. The shortlist starts with tungsten, rare earths, and gallium — three of the materials where Chinese export controls bite hardest. Reuters first reported the move on May 20. Member states have asked for years for a European version of the Strategic Petroleum Reserve. Tungsten goes into cutting tools and ammunition. Gallium is in every radar.

— Reuters via InvestorNews

Australia released the 2026 Progress Report from its Critical Minerals R&D Hub this week. The initiative pulls every relevant national agency into one framework focused on refining technology, supply chain optimization, and industrial competitiveness. The U.S. has multiple agencies doing the same work with no coordination, while Australia — whose economy runs on raw materials exports — has stayed focused. The Quad meeting in Delhi may borrow more from Canberra than from Washington.

— Australia's Critical Minerals R&D Hub

Most rocks U.S. miners dig up are thrown out. A new Colorado School of Mines study led by mining engineer Elizabeth Holley ran the numbers on what is actually in those discards. The answer: enough cobalt, rare earths, and tellurium to cover U.S. import demand many times over. The catch is processing. Pulling these elements from the slag costs more today than buying them from China. For now.

— ZME Science