Quantum Teleportation of 1 Qubit - Quantum Circuit Diagram, Entanglement of Bell States

Link to Quantum Playlist:

#quantumcomputing
#quantumphysics
#quantum

Konstantin Lakic

[ronakbhatt]

I don't know why there's very less views here? He has explained it soooo well!!

[alapanmitra]

This is the greatest and most clear explanation of teleportation circuit on interney❤ I have exams tomorrow, that's for this❤

[andrewdowns]

Great explanation! This is the kind of detail and walk through that really resonates with me and gives me the understanding I need. Thank you!

[zadilhkassim]

Amazing explanation!!! Thank you so much

[jungchan]

I clearly understood the quantum teleportation with this lecture.
thank you so much!

[YossiSirote]

This is the clearest presentation of quantum teleportation on all of YouTube. Thank you 🙏🏼

[KshitijSSJ]

Wonderfully explained, thank you so much for this!

[ppa]

I am not quantum computing major Nor a physicist nor a stem major but I can understand what he's saying. I had already nerded out on quantum computing videos literature for the past week or two. Great video thank you so much definitely subscribing to you brother. 👋🏼🙏🏼👍🏼👏🏼👏🏼 ⚛️

[mearpanchatterjee]

Very clear presentation. Best video on quantum teleportation

[cerdosanchez]

Awesome explanation! Finally I understood the thing. Thank you very much, sir.

[pradyumansinghshekhawat]

Thank you for this wonderful explanation
The effort you have put in is herculean to say the least!

[lilyjosefine]

Really great video, actually a bit mindblown by the result at the end

[shakeelurrahman]

Thank you so much for the great lecture. Could you please arrange all the lectures of quantum information and computation in a single playlist in order, I would greatly appreciate it.
Thanks

[ripcurlvegan]

Excellent explanation. I think the bottom dot (just left of the state |\psi>) in the diagram should be a Z-gate.

[michaelcharlesthearchangel]

I like to visualize the quantum circuit as a 4D/5D hypercube (stack of containers for tensor states) with a head and tail plotted at W, ranging in + or - directions.

[jacobvandijk]

A protocol is a predefined set of rules (= everything written on the whiteboard until here: 11:27) that determines how qubits in a quantum circuit have to be transformed (with some predetermined goal in mind). Alice and Bob have to follow the quantum teleportation protocol to get the desired outcome. Alice only has a choice in which qubit she wants to transfer.

[ShriniwasKulkarni-wk]

Thank you so much for this video. I was really struggling to understand why it works, and you have explained it very well.
Is it possible for you to make a video regarding the thought process behind this idea? I.e. how did they come up with it and why did they think that it would work in the first place?

[pghislain]

The Q bit at start have a unknow state (they are in superposition 50%/50%). The measurement in A implies that B will read the inverted value. But if A read its Q bit, the wave function colapse, so B cannot read the inverted value. May be in this scheme, the wave function doesnot colapse... With the A value, the message is encrypted and decrypted in B with inverted A value. There is no teleportation and nowadays, this wording is avoid. There has been a lot of experiences trying to influence the value of A (little magnetic field, lazer, etc...) and see if there would have a little little spooky effect at distance but up to now, nothing and in particular, the colapse of the wave function does not prohibit the test of the value in B. In fact researchers are in a cul-de-sac while quantum computing is developping, "teleportation" remains inaccessible.

[maz]

I was teleported to Mars, but thank God I came back.