Oxford Achieves Quantum Leap: Teleporting Quantum States Between Processors, Paving the Way for Future Quantum Internet

Oxford University scientists have achieved a breakthrough in quantum science, successfully teleporting quantum states between two quantum processors. • This demonstrates the potential for quantum teleportation to underpin future scalable quantum computers connected in a network. • Quantum teleportation involves transferring the quantum state of one particle to another without physical transfer. • In this experiment, quantum states were teleported between two quantum modules separated by two meters. • The success rate was 86%, sufficient for executing quantum algorithms. • This technology could revolutionize computing by enabling the creation of distributed quantum supercomputers and secure quantum networks. • Instead of complex error correction or protection mechanisms for quantum states, teleportation can be used for seamless information transfer in quantum networks.