Transferring information from one location to another without transmitting any particles or energy seems to run counter to everything we've learned in the history of physics.
' might not only be plausible, but depending on how it works could reveal fundamental aspects of reality that have so far been hidden from view.
One leading researcher in the field has proposed an experimental blueprint for testing the physics behind a kind of exchange-free communication, a method which he calls counterportation.plays a part. The proposal uses qubits – the probability-based versions of classical binary carriers of information – to transfer information from one location to another without ever interacting.
The end result isn't the transfer of a solid object, as such, but rather a very specific quantum state. Completing the measurements on the original object effectively destroys it, meaning that state has effectively jumped from one place to another. The obvious question is how. This is where a particular kind of Einstein–Rosen bridge or wormhole comes in, one hypothesized to represent the overlap orAccording to Salih, this kind of local wormhole could act as the medium through which counterportation happens., it's possible that they describe entangled phenomena on smaller scales too. If wormholes do indeed exist, their description could help fill in gaps in our knowledge on the fundamental nature of matter.
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