China has achieved a significant milestone in nuclear fusion technology with its high-temperature superconducting Tokamak, HH70, successfully achieving its first plasma in Shanghai. This breakthrough, announced by its developer, marks China's advancement in developing the 'artificial sun,' a controlled nuclear fusion device. The HH70, developed by Energy Singularity, is a compact and cost-effective Tokamak, signaling a leap in clean energy technology. The country aims to establish a fusion power plant by 2030, highlighting its commitment to sustainable energy solutions. Additionally, China's Huanliu-3, another 'artificial sun,' achieved its first discharge and aims for a deuterium-tritium equivalent energy gain greater than 10.
Chinese company plans to complete the world's smallest and lowest-cost #artificialsun by 2027 with the goal of achieving a deuterium-tritium equivalent energy gain greater than 10. https://t.co/jvGEiRwDLG
China achieves historic fusion breakthrough with "artificial sun" HH70, a compact, cost-effective high-temperature superconducting #tokamak by Energy Singularity. This leap in clean energy tech signals a sustainable future, aiming for a fusion power plant by 2030. #tech https://t.co/wNqnCRQmue https://t.co/0U0oQipYxV
China's commercial 'artificial sun' achieves first discharge https://t.co/CXtjfBLfIk
Embark on a journey with a China Daily journalist to witness the marvel of Huanliu-3, China's independently designed and developed controlled #nuclear fusion device, commonly known as the "artificial sun". #Tokamak #MegaProject https://t.co/KGyLbbKl6Y
The China-developed world’s first high-temperature superconducting Tokamak, HH70, has successfully achieved the first plasma in Shanghai, its developer announced on Tuesday, marking the country's advancement in the development of "artificial sun." #ChinaTech https://t.co/z9ABxpMLJR
China could start building world’s biggest particle collider in 2027 https://t.co/ahaVEh2Tof