China has made significant progress in its quest for a new, cleaner energy source by carrying out a revolutionary nuclear fusion experience.
Experimental experimental tokamak experimental (east), often called “artificial sun” of China, successfully supported plasma for 1,000 seconds record, more than 17 minutes.
This exceeds the previous 403 second record set in 2023, marking a major step in the development of fusion energy.
Nuclear fusion, the process that feeds the sun, has long been considered the “holy grail” of energy production.
Unlike nuclear fission, the merger implies the fusion of atomic nuclei to produce large quantities of energy, without greenhouse gas emissions and a lower risk of accidents. The realization of long -term stability and reaching temperatures above 100 million degrees Celsius was a major challenge for scientists.
However, by stabilizing plasma for 1,000 seconds, more than 17 minutes, Chinese researchers think they have reached a crucial step in the development of fusion technology.
Song Yuntao, director of the Institute of Plasma Physics at the Chinese Science Academy, stressed the importance of success, noting that “a merger device must carry out a stable high -efficiency operation for thousands of seconds for Allow the self-entrepreneurial circulation of plasma, which is essential for continuous energy production.
He also expressed hopes to expand international collaboration in the pursuit of practical fusion energy solutions.
While the oriental reactor has not yet reached “ignition” – the moment when nuclear fusion creates its own energy and maintains reactions – the recent record demonstrates significant progress in maintaining stable confined plasma loops, a Key factor for the development of future reactors fusion.
East, operational since 2006, has undergone many tests, the last achievement offering a renewal of optimism for the future of merger.
Based on this success, China is already building new experimental merger research in the province of Anhui to further advance fusion energy technology.
The promise of nuclear merger as an almost unlimited source of clean energy has aroused world interest. If it is perfected, it could help resolve the current energy crisis, reduce dependence on fossil fuels and feed the exploration of humanity beyond our solar system.
Scientists and engineers hope that fusion energy will ultimately play an essential role in training the future of energy production.
