Quantum entanglement faster than speed of light? Recently I was watching a video on quantum computing where the narrators describe that quantum entanglement information travels faster than light!
Is it really possible for anything to move faster than light? Or are the narrators just wrong?
 A: Collapsing an entangled pair occurs instantaneously but can never be used to transmit information faster than light. If you have an entangled pair of particles, A and B, making a measurement on some entangled property of A will give you a random result and B will have the complementary result. The key point is that you have no control over the state of A, and once you make a measurement you lose entanglement. You can infer the state of B anywhere in the universe by noting that it must be complementary to A.
The no-cloning theorem stops you from employing any sneaky tricks like making a bunch of copies of B and checking if they all have the same state or a mix of states, which would otherwise allow you to send information faster than light by choosing to collapse the entangled state or not.
On a personal note, it irks me when works of sci-fi invoke quantum entanglement for superluminal communication (incorrectly) and then ignore the potential consequences of implied causality violation...
A: Entanglement is said to be instantaneous, meaning there is no speed involved whatsoever. It is more than just drawing conclusions about one half of a process by looking at the other half.
It creates the possibility of making a conclusive statement about a quantum particle without the influence of observation. That not being possible, the result is that the probability of the entangled state of the unobserved particle collapses at the moment that state of the entangled particle is observed. That being an effect over distance in zero time, makes it interesting.
It theoretically could be used to save Schroedingers cat, without opening the room. It is as much a thought experiment as it is a physics experiment. It opens the option of using things without pinning them down. Or like in quantum computing, it raises the idea of allowing data to interact, rather than processing it.
A: There are many things that happen faster than speed of light. For example when big bang happened at the beginning of universe, the expansion of Universe is faster than speed of light. If you have studied Bell's theorem, it states and proved by experimentation that nature itself is fundamentally nonlocal. Nonlocality is in the form of instantaneous collapse of wave function. Another example is, if a bug flies across the beam of a movie projector , the speed of its shadow is proportional to the distance to the screen: in principle that distance can be as large as you like and hence the shadow can move arbitrarily at a high velocity. Note: The shadow of the bug moves across the screen at a velocity greater than c, provided the screen is far far enough away. Its true. However the shadow does not carry any energy or transmit any message. Another example is ethereal influences in EPR Experiment. Likewise there are many examples but the important point nothing carries energy or a message from point A to point B.   
