Quantum Teleportation: Moving States Across Space

Quantum teleportation transfers a particle’s state, not the particle itself.
It relies on entanglement—linking two particles no matter how far apart.
Measuring one entangled particle instantly affects its partner.
This allows the quantum information of a state to be re-created elsewhere.
No physical matter is moved—only the “blueprint” of the particle.
The process destroys the original state while copying it to the target.
Quantum teleportation has been demonstrated with photons, atoms, and ions.
In 2017, scientists teleported quantum states between Earth and a satellite.
It’s a key ingredient for building future quantum internet networks.
Despite the name, it’s not sci-fi beaming—it’s the transfer of quantum information.