The University of Science and Technology has realized the two-way quantum entanglement distribution of stars and earths in thousands of kilometers by using the Quantum Science Experiment Satellite of Mozi.

On June 16, Professor Pan Jianwei of the University of Science and Technology of China and his colleague Peng Chengzhi and other research teams announced that, with the support of the special project of strategic pilot science and technology in space science of the Chinese Academy of Sciences, the quantum science experimental satellite of "Mozi" has taken the lead in successfully realizing the two-way quantum entanglement distribution of stars and earth at the thousand kilometer level in the world, and on this basis has achieved a major breakthrough in quantum physics research under the space scale that strictly meets the "Einstein domain conditions".
published the results in the form of a cover paper in Science, an international authoritative academic journal, which reviewers described as "a major technological breakthrough of both potential practical application and the importance of basic scientific research".
(pictured below is taken by Xinhua News Agency reporter Jin Liwang)