China’s $6 Billion Fusion Reactor Could Rewrite the Global Energy Order

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What if the next energy revolution isn’t solar or wind—but a fusion reactor buried deep underground? In this video, Top 10 Discoveries Official dives into China’s CFETR—the world’s most advanced fusion reactor project, capable of generating over 1 GW of clean power with no carbon emissions, no fuel imports, and near-infinite potential.
Unlike traditional reactors, this fusion reactor mimics the Sun’s core, using magnetic confinement and tritium breeding to produce energy beyond anything fossil fuels can offer. China’s CFETR could become the first commercial fusion reactor to self-sustain, outpacing global projects like ITER by nearly a decade.
Will the U.S. fall behind as China accelerates toward a post-carbon future? Could this be the turning point where the nation that masters the fusion reactor becomes the new energy superpower?
👉 Discover how this breakthrough technology works, how it’s tied to China’s space ambitions, and why CFETR might redefine the global power balance.
Chapters:
00:00 – The Fusion Dream
02:18 – Inside CFETR: China’s Tokamak Vision
07:55 – Phase I vs Phase II: The Road to 1 GW
13:40 – Tritium Breeding: Fusion Fuel Independence
18:10 – CFETR vs ITER: Different Goals, Different Speed
21:44 – Fusion Reactors and China’s Space Program
25:05 – Global Consequences of China Leading Fusion
29:18 – Final Thoughts: Who Will Win the Fusion Race?

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