Writing My First Quantum Algorithm — Programming on Quantum Computers — Coding with Qiskit S2E2

This week Jin goes over how to install Qiskit locally and shows us how to program our first quantum algorithm of the season; Quantum Fourier Checking.

Video Production by:
Paul Searle, Clinton Herrick & David Rodriguez

Writing by:
Olivia Lanes, Jin-Sung Kim, Abe Asfaw & Leron Gil

[BystroffG]

I'm happy to find someone, anyone, actually doing quantum programming. Can't wait for this field to flesh out.

[k_pragya]

Waoh.. Jin out! And Jin vanished with smoke at the end. I hope he reappears next friday the same way.. ;-) shout out to the team who put this together.

[babykosh]

Oooo Myyyy Gaaaawd .... where has this channel been all my life. My nerd brain is exploding. Thank you for being here.

[Mviews-lgpw]

Bloopers are seriously great, i suppose you can make a meme channel

[iyobosaigbineweka]

Why are we only concerned with the '00' state and not the others?

[chadurdy]

JIN-OUT‼️🔥💨✨😎
Sooo good. Great video!

[priyanshukumarpu]

Hey, there is a tip for you instead of "proba-bill-iitii-es"😂, you can just hit tab and auto-complete it

[nayan]

thanks for this video looking forward for slur algorithm .
your videos are fun and informative but it will be more fun if we learn more about internal workings of algorithm .
either way loving your videos ❤️

[NovaStarFox]

A hahaha hahahaha, this is going to be a lot of fun. Finally something worth investing my life into

[sunnygawande]

Well I did my quantum computing last week in qubit by qubit class and it was easy

[norik]

Well cut. It seems like a YT video, not corporate propaganda. Just the actual code could fill more than ~30 % of the screen. Srsly, I don't know what is up with all MacOS people being scared of full screen :D
(Yes, I measured it. On a 20:9 phone, the actual code fills an area of 1.4 Mpx compared to 4.4 Mpx of total real estate).

[AmirEbrahimiCo]

I tried different variants of the truth tables for the 4x4 diagonal, but I always get the same result in the probabilities. What's required to get a different result - more qubits?

[kaleimamahu]

Shor is nice to meet ya. Matt is the name, thank you

[thebrainist]

5:50 you said that that the circuit will output the probability for the (0, 0) state and if p(f, g)>=0.5, then we can say that fourier transform of the function g is correlated with the function f. But at 7:14 we get 0.25 probability which is less than 0.5, then why did you say that the fourier transform of g is correlated with f??? Please explain me this.

[xeucexu]

Can you name for us the titles of the books on your desk ?

[louben]

funny guys, and thank you for learning how to code, best from Amsterdam czy west side..

[benanstrom]

Does anyone know why my qc.draw() only outputs the name of the algorithm instead of the individual gate layers?

[jasonjones]

So output variables are directly proportional to input variables?

[lenawalid]

when i change f and g, no matter how, it always results in the same probabilities. Why is this happening?

[mathildam]

Hi Qiskit, can we use Qiskit for experiment related to Quantum Network?... for example Entanglement generation.