Long-Distance Light to Matter Quantum Teleportation

The experiment involved generating a quantum entanglement of two photons via a laser, then sending one of those entangled photons down an optical fiber whilst simultaneously sending the other to a crystal (composed of yttrium orthosilicate), where it was stored. A third photon was then sent to hit the first photon in the optical fiber, obliterating both itself and the first photon.
The researchers then used a device to measure the results of this collision and discovered that the quantum state information contained in the third photon was not actually destroyed, but had made its way into the crystal where the second entangled photon was contained.
In other words, the information contained in the third photon was transferred to the crystal, verifying that the quantum state of a photon can be preserved without the two photons needing to come into direct contact with each other.

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