World"s first teleportation between quantum computers achieved

Revolutionary breakthrough in quantum technologies: first successful data teleportation

A team of researchers from the prestigious Oxford University has achieved a historic milestone in quantum technologies. For the first time in scientific history, they managed to transfer a quantum state between two quantum computers through quantum teleportation.

The experiment, whose results were published in the authoritative scientific journal Nature, was conducted under the leadership of renowned physicist Dugal Maine. The achieved transmission accuracy was an impressive 86%, which opens up enormous prospects for the development of quantum computing.

It's worth noting that the history of quantum teleportation dates back to 1993, when a group of physicists theoretically substantiated the possibility of this phenomenon. However, practical implementation remained unattainable until now.

Quantum teleportation is based on the unique phenomenon of quantum entanglement, which Albert Einstein once called "spooky action at a distance." In this process, particles remain connected regardless of the distance between them, which contradicts classical physics.

Although in this experiment the transmission was carried out over a distance of just two meters, this achievement lays the foundation for creating the quantum internet of the future. Experts predict that by 2030, the technology could be scaled up to kilometer distances.

quantum teleportation, quantum computers, Oxford University, quantum physics, scientific breakthrough, quantum entanglement, quantum internet, innovation, physics, future technologies Revolutionary breakthrough: first successful quantum teleportation between computers | Oxford University Oxford University scientists have achieved quantum teleportation between two computers with 86% accuracy for the first time. The breakthrough paves the way for creating quantum internet and developing quantum computing.