The object-in-question is a photon, which traveled from Gobi desert to a satellite called ‘Micius’ orbiting 500 kilometres in total.
Researchers from China have successfully teleported an object from Earth to the Orbit. The object-in-question is a photon, which travelled from Gobi desert to a satellite called ‘Micius’ orbiting five hundred kilometres in total. This is believed to be an important step towards establishing a global-scale quantum internet.
Hooke Professor of Experimental Physics at Oxford University Ian Walmsley tells the World At One how quantum entanglement works and how teleportation could be utilised. He explained that such a deed is achievable through a process called ‘Quantum Entanglement,’ wherein two particles react as one with no physical connection between them. Read More
Researchers from China have successfully teleported an object from Earth to the Orbit. The object-in-question is a photon, which travelled from Gobi desert to a satellite called ‘Micius’ orbiting five hundred kilometres in total. This is believed to be an important step towards establishing a global-scale quantum internet.
Hooke Professor of Experimental Physics at Oxford University Ian Walmsley tells the World At One how quantum entanglement works and how teleportation could be utilised. He explained that such a deed is achievable through a process called ‘Quantum Entanglement,’ wherein two particles react as one with no physical connection between them. Read More