@mb2776

Thx for the video, really insightful! This is probably my next step since I've recently used real quantum hardware to put 2 qubits into a bell state and measured them :)

@ppa1983

I am a non-stem graduate of a bachelor's degree.  I Always liked math and computer science as well. Thank you for the video pretty simple way of digesting a concept that people explain it a little more confusing. Not that I didn't get the difficult explanations but it's good that you break them down the way you do thank you. Splasiva

@khushalsinghrajput4776

Thanks for this awesome video.. Love from INDIA 🇮🇳❤️🙏☺️

@andycampano

I been waiting for someone to share a video about this, Yessss!!!

@SaiGanesh314

Heya! Amazing video! Thank you... 😊

Quantum error correction is something I find researchers are focusing more on lately because that's what could lead us into the next stage kf fault tolerant quantum computers...

@abhishalsharma1628

Always waits for the video
Quantum Computing is cool

@rikarch

Thank you for an excellent concise explanation.  Perhaps in an upcoming video you could explain why reversibility of the gates is important.

@karanmishra8192

Can you do some more code videos.. this was very useful as always..❤️

@VladLarichev

Thank you Anastasia, love your videos!!👏🏼

@felipechoy2156

Thank you! I'm working on my thesis related to Quantum information and quantum computing and this is so good. I have one big question about IBM quantum computers. Can I execute the circuit using measurments to indicate the classic comunication on the real quantum computers? I mean, it seems to work but when I do tomography it looks bad, this could happend beacuse quantum computers has a ton of errors but, idk. What do you think?

@Nashcaster

How I know I got this to work? And what application would I use this for? Great vid will be spending the rest of the afternoon to get this.

@SERJOIAM

Самый красивый ютьюбер )) спасибо за контент

@AndIChoseToSpeakFAX

this is entertaining.

@grishmaprs

Hey Anastasia, thank you for this video. I have one small doubt regarding measurement in different basis. The unitary that we should apply before making a Z measurement should be transforming the computational basis to the desired basis of measurement, right? I have often seen people say the other way, they say it takes from desired basis to computational basis and they don't say that we should invert the unitary. So, I am a bit confused.

@NSK2.O-k9e

I love you

@ThatOneOddGuy

I think I've seen you in some movie

@cryptolicious3738

grwat video but how do i apply this to make $ in crypto ?

@AzioraMusic

just without watching the whole video is nt the term "teleportation" an abuse of language and quantum entanglement more close to what one could call "ubiquity?

@andrewprettyquick2070

Ahh, something new. I'd become bored with the rest of physics.