Quantum Cryptography via Satellite
Mitch Leslie[1];
【期刊名称】《工程（英文）》 【年(卷),期】2024(005)003
【摘要】As it circled the Earth one night in 2017, the Chinese satellite Mozi, also called Micius, aimed a laser at a ground station in northeastern China (Fig. 1). Then, as it traveled toward Europe and into range, it directed a beam at a different receiver in Austria. These transmissions, delivered to sites 7600 km apart, were noteworthy because they marked the first time a satellite had relayed secret quantum keys for decrypting and viewing messages. With the keys, scientists in China and Austria were able to exchange and decipher encrypted images. And on 29 September 2017, the researchers used the system to set up an encrypted 75-minute video conference between members of the Chinese Academy of Sciences in Beijing and their counterparts at the Austrian Academy of Sciences in Vienna [1]. 【总页数】2页(P.353-354)
【关键词】Quantum Cryptography;Satellite 【作者】Mitch Leslie[1];
【作者单位】[1]Senior Technology Writer; 【正文语种】英文 【中图分类】N
【相关文献】
1.The Quantum Science Experiment Satellite,An Experimental Facility in Space for Testing of Quantum Information Theory [J], DENG Lei; ZHU Zhencai
2.China Launches First Quantum Science Satellite [J], WANG Juan 3.Quantum Science Satellite [J], PAN Jianwei 4.Effect
of
non-spherical
atmospheric
charged
particles
and
atmospheric visibility on performance of satellite-ground quantum link and parameters simulation [J], Shi Li; Nie Min; Yang Guang; Pei Changxing
5.Quantum communication for satellite-to-ground networks with partially entangled states [J], 陈娜; 权东晓; 裴昌幸; 杨宏
以上内容为文献基本信息，获取文献全文请下载
Quantum Cryptography via Satellite
