KSTAR Achieves Milestone with Tungsten Divertors, Sustaining 100 Million Degrees in Nuclear Fusion

KFE introduced tungsten divertors that enable the artificial Sun to operate for extended periods while maintaining high-temperature plasma.

Researchers are enhancing the capabilities of the Korean Artificial Sun, known as KSTAR (Korea Superconducting Tokamak Advanced Research), to sustain temperatures of 100 million degrees.

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KSTAR Achieves Milestone with Tungsten Divertors, Sustaining 100 Million Degrees in Nuclear Fusion

KFE introduced tungsten divertors that enable the artificial Sun to operate for extended periods while maintaining high-temperature plasma.

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KSTAR Achieves Milestone with Tungsten Divertors, Sustaining 100 Million Degrees in Nuclear Fusion

KFE introduced tungsten divertors that enable the artificial Sun to operate for extended periods while maintaining high-temperature plasma.

Black Friday 2024: The Hiboy X300 Is the Best Electric Scooter Deal You'll Find

WATCH: Runner Spends Year Using Exercise Tracker to Create Elaborate Stick Figure Art on City Streets

PayPal Down: Users Complain They Can't Log In, No Means to Access Money but Outage Now Fixed

Apple Pay Under Fire, CFPB Puts Mobile Wallet Giant on Watchlist

Ukraine's Drone Arsenal Outshines Russia—80% of Frontline Hits Credited to UAVs

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