The article is essentially nonsense. Entanglement cannot transmit arbitrary information. At best, it can provide remote synchronization. E.g. my photon collapsed to a 0, therefore I know my partner's photon is a 1. We will execute Playbook A.

Also, nothing teleported. The photon in question was sent via a laser.

Because you can't read the data without a quantum decryption key, which you need to transmit the normal way. This is the same as with tunneling.

Because the quantum teleportation protocol requires the transmission of classical information in order to complete it. It's really a bogus label. Nothing physical is being teleported. It's just a way of using two classical bits to move a qbit from A to B.

Information is the result of an interpretation, not the data you try to share with a distant interpreter.

As current widely admitted interpretation of red shift tell us, there are star moving away from us at a pace faster than speed of light, due to time-space inflation.

And finally, one possible interpretation of quantic intrication is that the change reflected on two distant objects is that there are actually the same object on some dimension which we can't grab with our tools.

None of these invalidate the idea of a maximum speed for all objects along a given dimension of a stable space.

I guess you should ask ‘Is click bait an accurate summary?’ Instead :)

I think it will come down to how you define an object-I don’t think that’s a scientific term.

A better way to look at it is that a key is agreed upon, but not known, when the particles are entangled. When it collapses, you can read the key. The information, the key itself, still travels bounded by light speed from the point of entanglement. You cannot "write" over the entangled particles so this does not provide instantaneous communication.

It’s worse than that. You have a pair of photons. You have no idea what state they are in because they aren’t. You send me one. You cannot influence if I’ll get it in the 1 or the 0 state. All you can do is later measure your photon and see what state it’s in and that will tell you what state my photon is in. It won’t let you transmit information IIUC and it won’t let you travel faster than light. It might help with time sync (when I measure my photon yours collapses instantly so we can synchronize an event), or synchronize some arbitrary key material: you send me a bunch of photons and then measure yours. I now know exactly what bits you have because they are the opposite of mine and we can use that for cryptography. I know that nobody snooped on this because any measurement would have collapsed the photons.

old click bait and i fell for it! thanks