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MIT researchers achieve fusion energy breakthrough


MIT researchers have now published key findings that take humanity a step closer to unlimited carbon-free energy via fusion reactors.

Nearly three years after achieving this test, MIT researchers have now published a comprehensive analysis validating their record-smashing superconducting magnet technology, a key step toward commercial reactors that could provide unlimited clean power At the heart of the breakthrough is a magnet made from a superconducting material called REBCO that can operate at a higher temperature of 20 kelvins, eliminating the need for complex insulation between conductor windings. The comprehensive data validated the team’s computer modeling and design approach, paving the way for scaling up the technology for SPARC, the compact fusion device being built by CFS.

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