Two chips exchanged information via Quantum Teleportation

Recently, according to Science Alert, a team of scientists from the Technical University of Denmark and that of Bristol. They got one quantum teleportation between two chipsThe most impressive thing is that there was no connection between them, neither physically nor electronically, for the transmission of information.

Snap quantum teleportation is corroborated, we will be in front of a breakthrough that would change the way we see thingsInstead of a door opening, it would be a gate in the development of the Internet and quantum computers.

Just as he called it Einstein, “spooky action at a distance” a few years ago. This phenomenon is achieved by quantum entanglement, and for this reason They can communicate even over long distances. Therefore, if the properties of one are modified, the other also changes. In this way, more Going forward, connections between devices could be much more secure..

How did they do Quantum Teleportation?

Scientists hypothetically believe that Quantum teleportation has no limit as to how far and how fast it can work.. So much so, that it is estimated that in this discovery, the information may go to a speed greater than that of light.

For the experiment, generated a pair of photons on both entangled chips, then they performed a quantum measurement, to one of them. In doing so, the state of the photon underwent changes, which in turn immediately affected the second chip.

Basically, the measurement uses a strange behavior of the quantum physics, where the chip collapses the entanglement link and in this way it transfers the state of the particle to the receiving chip.

It is worth noting that the Scientists indicated that the results were satisfactory in the 91% tests. It's also important to mention that this isn't the first time quantum teleportation has been performed, as it was previously done with single-chip components.

Now, to conclude, we're facing a major breakthrough, and let's just hope we can enjoy it in the near future. What do you think we could do with quantum physics in the future?

Image: Pixabay