Nuclear fusion offers a clean and limitless energy source, generating ten times more energy per unit of mass than burning fossil fuels. But there's a catch: the plasma fusion needs gets so hot that sustaining the reaction and extracting more energy than what's put in has become a major scientific roadblock.
Renaissance Fusion, a French company, is pioneering a new design for nuclear fusion reactors. Their stellarator approach uses high-temperature superconductors and liquid metal walls, with the goal of achieving a commercially viable reactor that produces more energy than it uses.
Nuclear fusion offers a clean and limitless energy source, generating ten times more energy per unit of mass than burning fossil fuels. But there's a catch: the plasma fusion needs gets so hot that sustaining the reaction and extracting more energy than what's put in has become a major scientific roadblock.
Renaissance Fusion, a French company, is pioneering a new design for nuclear fusion reactors. Their stellarator approach uses high-temperature superconductors and liquid metal walls, with the goal of achieving a commercially viable reactor that produces more energy than it uses.
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