By: William Brown, scientist at the Resonance Science Foundation

In previous original RSF articles we have discussed experiments that tested qubit teleportation via a traversable micro-wormhole, and teleportation of energy utilizing the intrinsic spatial correlation (quantum entanglement) of vacuum energy density. In each case, and indeed in all quantum teleportation experiments, the “sender” and “receiver” systems must exchange information first, and this exchange of information must, necessarily, occur via a classical channel (id est, at or below the speed of light). This means that while quantum teleportation is a clever method to leverage the kind of strong spatial correlation that only occurs in quantum systems to transfer an informational state or energy from one system to another with 100% fidelity, it is not the kind of teleportation we generally think of in which something is instantaneously transferred from on location to another or...