China Controls 85% of This Material

China controls 85% of the processing for the material inside your EV motor, your smartphone, and every wind turbine on the planet. And almost nobody knows it. Without two elements — neodymium and lithium — the entire clean energy transition stops. Electric vehicles stop. Wind turbines stop. Consumer electronics stop. The modern world, as it currently exists, simply does not function without them. And the country that controls their production has a chokepoint over every advanced economy on Earth. In this video, we go inside the full production chain — from a open-pit mine in Inner Mongolia to molten fluoride baths at 1,000°C — and break down exactly how neodymium and lithium go from rock and brine to the most powerful magnets on Earth and the batteries powering the 21st century. What you'll learn: ▸ Why China controls 85% of rare earth processing — and what happens when they restrict exports ▸ How a magnet the size of your thumb made from neodymium can lift 300 kg ▸ The evaporation ponds in Chile's Atacama Desert that take 2 years to produce one batch of lithium ▸ Why separating rare earth elements requires hundreds of chemical stages — and generates radioactive waste ▸ How the clean energy transition created the most dangerous supply chain dependency since oil ▸ Why the US ships Australian ore to China for processing before buying it back as finished material ▸ What molten salt electrolysis at 1,000°C looks like — and why liquid neodymium ignites on contact with air This is not just a chemistry story. It is a geopolitics story. A national security story. And it is happening right now, inside factories in Jiangxi and salt flats in the Atacama, while the rest of the world scrambles to catch up. For engineers, EV enthusiasts, policy watchers, and anyone who has ever plugged in a phone or driven past a wind turbine and wondered where that technology actually comes from. ⏱ Chapters: 00:00 — The elements that run the modern world 02:30 — What "rare earth" actually means — and why the name is misleading 05:10 — Bayan Obo: the Mongolian mine with 40% of Earth's rare earth reserves 08:45 — Crushing, grinding, and flotation: concentrating the ore 12:20 — Solvent extraction: hundreds of stages to separate one element 16:50 — The radioactive waste problem nobody talks about 19:30 — Lithium from brine: the Atacama evaporation ponds If this changed the way you see the phone in your pocket or the car in your garage, hit Like and Subscribe — we go deep inside the supply chains and factories that quietly hold the modern world together. #RareEarthElements #Neodymium #LithiumMining #ChinaSupplyChain #CleanEnergyMaterials rare earth elements, lithium mining, neodymium magnet, how rare earth elements are made, China rare earth monopoly, EV battery supply chain, rare earth supply chain, neodymium iron boron magnet, Atacama lithium production, critical minerals national