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Washington [US]July 9 (ANI): Researchers have entangled two quantum memories via a 33-kilometer-long fiber-optic connection, a record and an important step towards a quantum internet. A network where data transmission is highly secure against hacking? If physicists succeed, this will one day become a reality with the help of the quantum mechanical phenomenon known as entanglement. For entangled particles, the rule is: If you measure the state of one particle, you automatically know the state of the other. It makes no difference how far the particles are entangled with each other. This is the ideal state for transmitting information over long distances in a way that makes eavesdropping impossible. Read Also | Germany vs Denmark, UEFA Women’s Euro 2022, Live Streaming Online & Match Times on IST: How to Get Live SPA vs FIN on TV & Free Football Score Updates in India. A team led by physicist Prof. Harald Weinfurter from LMU and Prof. Christoph Becher of the University of S

Researchers from LMU and Saarland University have entangled two quantum memories via a 33-kilometer-long fiber-optic connection — a record and an important step towards the quantum internet. A network where data transmission is highly secure against hacking? If physicists succeed, this will one day become a reality with the help of the quantum mechanical phenomenon known as entanglement. For entangled particles, the rule is: If you measure the state of one particle, you automatically know the state of the other. It makes no difference how far the particles are entangled with each other. These are ideal circumstances for transmitting information over long distances in a way that makes eavesdropping impossible. A team led by physicist Prof. Harald Weinfurter from LMU and Prof. Christoph Becher of the University of Saarland has now combined two atomic quantum memories via a 33-kilometer-long fiber-optic link. This is the furthest distance anyone has ever managed via telecommunicati