China'squantumcommunicationssatellite,alsothefirstoneintheworld,hassuccessfullyachievedthreepresetscientificgoalsaheadoftimesinceitslaunchinAugust2016,announced
Chinesescientistshavebecomethefirsttorealizequantumkeydistributionfromasatellitetotheground,layingthefoundationforbuildingahack-proofglobalquantumcommunicationn
Chinesescientistshavemadeanotherbreakthroughinquantumcommunication,demonstratinglong-distancefree-spacequantumkeydistributionduringdaylight.Inthepast,theprocess
WhetherornotyoubelieveGooglehashonest-to-goodnessquantumcomputers,thebiggerproblemistheirlimitedaccess:they'relargelyoff-limitsoutsideofthecompanyitself.Thatcou
OfficialsintheChinesecityofJinanhavecompletedasuccessfultrialofan“unhackable”communicationsnetworkthatcouldleadtotheworld’sfirstmajorcommercialapplicationofquan
China's first commercial quantum communication network, which is expected to provide an ultra-safe communication system, is to be put into use in Jinan, capital of east China's Shandong Province, by the end of next month.
China'sfirstcommercialquantumcommunicationnetwork,whichisexpectedtoprovideanultra-safecommunicationsystem,istobeputintouseinJinan,capitalofeastChina'sShandongPr
Chinesescientistshavereportedthesuccessfultransmissionofentangledphotonsacross1,200kmusingsatellitetechnology,over10timesthedistanceachievedbyland-basedopticalf
IBM'stwoquantumcomputingplatformsjusttookaleapforwardinprocessingpower.Thecompanyannouncedtodaythatithassuccessfullybuiltandtesteditstwomostpowerfulquantumcompu
Quantum computing is a step closer to becoming a reality according to physicists at the Australian National University (ANU), after they successfully stopped light from moving.
The 14th Institute of China Electronics Technology Group Corporation has successfully developed China’s first quantum radar system last month, Xinhua News Agency reported. The system, which is based on the technology of single photon detection, counts as yet another major milestone for China in quantum research.
China successfully launched the world's first quantum satellite from the Jiuquan Satellite Launch Center in northwestern Gobi Desert at 1:40 a.m. on Tuesday.
The imminent launch of the world's first quantum communication satellite is widely believed to herald a breakthrough in China's development of quantum technology.
Amid the intense preparations for the launch of China's first quantum communication satellite, scientists hope it can help unravel one of the strangest phenomena in quantum physics -- quantum entanglement.
The University of Oxford Monday announced that its researchers had achieved a quantum logic gate with record-breaking 99.9 percent precision, reaching the benchmark required theoretically to build a quantum computer.
Technology is first step towards building unbreakable network of communications based on cutting-edge physics
China will launch its first experimental quantum communication satellite in July, according to the Chinese Academy of Sciences (CAS) on Friday.
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