China fires up world’s biggest superconducting magnet for nuclear fusion project
Researchers at the Institute of Plasma Physics, Chinese Academy of Sciences, have successfully completed final tests on the world's largest superconducting magnet for a nuclear fusion reactor. This magnet is a key component of China's CRAFT "artificial sun" project, which aims to generate electricity by creating and confining plasma hotter than the sun's core.

Briefing Summary
AI-generatedResearchers at the Institute of Plasma Physics, Chinese Academy of Sciences, have successfully completed final tests on the world's largest superconducting magnet for a nuclear fusion reactor. This magnet is a key component of China's CRAFT "artificial sun" project, which aims to generate electricity by creating and confining plasma hotter than the sun's core. The assembly includes a toroidal-field magnet to act as a magnetic cage and a central solenoid as an igniter. These successful tests overcome a significant engineering challenge for the project, which seeks to achieve temperatures exceeding 100 million degrees Celsius. The toroidal field coil is crucial for preventing the reactor from melting by using a strong magnetic field to contain the superheated plasma.
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Model · rule-basedKey claims
4 extractedThe magnetic cage uses a strong magnetic field to prevent the reactor container from melting at extreme temperatures.
The project aims to create a miniature sun at over 100 million degrees Celsius and trap it to generate electricity.
The magnet assembly includes a toroidal-field magnet acting as a magnetic cage and a central solenoid as an igniter.
China's CRAFT project has successfully tested the world's biggest superconducting magnet for a nuclear fusion reactor.