One interesting point is that the presenter doesn't specifically state that the measurement of the qubit quantum state, say in Delft, is transmitted over the classical internet to the qubit quantum state measured in China, and vice versa. Is the presenter implying that QE qubits can enable FTL (Faster Than Light) communications? Can we eventually communicate instantly with robotic exploration space probes either on the surface of Mars, or in orbit around it?
Not what she is saying: blog.qutech.nl/index.php/2016/11/15/can-you-tell-your-grandma-the-weather-using-only-entanglement/#more-354 The thing is that you can't choose the outcome of the measurements you performed on your qubit, and this prevents FTL communication.
This is a bit late, but in case you're still interested: there are 4 so-called 'Bell states' these states are maximally entangled, in 2 out of those 4, you get opposite outcomes, in the other 2 you get equal outcomes :)
set the speed to 1.25x, thank me later
Cheers.
hahhaha
hahha i made it 1.75 even before seeing your message..
thank you lol
can i send/receive msgs to myself from the past/future with a quantum computer?
theboringbox austin sent me lol
Awesome concept
@@gregoryallen0001 👍 tell the commander i said hi lol
One interesting point is that the presenter doesn't specifically state that the measurement of the qubit quantum state, say in Delft, is transmitted over the classical internet to the qubit quantum state measured in China, and vice versa.
Is the presenter implying that QE qubits can enable FTL (Faster Than Light) communications? Can we eventually communicate instantly with robotic exploration space probes either on the surface of Mars, or in orbit around it?
Not what she is saying: blog.qutech.nl/index.php/2016/11/15/can-you-tell-your-grandma-the-weather-using-only-entanglement/#more-354
The thing is that you can't choose the outcome of the measurements you performed on your qubit, and this prevents FTL communication.
Yes, qauntum entanglement means faster than light communications.
"Send Qubits using Quantum Teleportation. " "S.W."
I thought quantum entanglement of 2 particles meant opposite states observed, not the same state as the presenter implied.
This is a bit late, but in case you're still interested: there are 4 so-called 'Bell states' these states are maximally entangled, in 2 out of those 4, you get opposite outcomes, in the other 2 you get equal outcomes :)
@@janicevandam4491 Thanks for clearing that up.
Thanks
What happens when a tyrant gets control of this? Total surveillance and compliance.
Military will have to control it, but it will need to be done in a very transparent way.
lollll
@@gregoryallen0001 They already control it
Was about to argue then I saw your username 😂😂😂