Grover's Algorithm | Simplified | Quantum Computing

Grover's algorithm is one of the most famous algorithms in Quantum Computing. It is basically an unsorted search algorithm. The speciality of this algorithm is that it shows the potential of Quantum Computers.

[@proffessionalinterests8166]

way clearer than my professor and in a quarter of the time. great vid

[@Eigenbros]

This is the best video on Grovers algorithm

[@UsamaThakurr]

Bro the professors be flexing on us with those explanations man dang man this is so simple my head hurts trying to understand it from John Preskils QC lectures bruh they on some shit thank so much Tanvir I am glad I clicked on this video thank you ❤️

[@ananyapamde4514]

There could not have been a more clearer video than this. Please please upload more videos

[@doctorthee]

UA-cam recommended this to me. Not disappointed, very nice explaination

[@vijayshankar102]

This is a job so nicely done, one wonders why it has not got enough views...

[@rx3694]

Thanks for your elegant mathematical reasoning, so clear that even surpasses my tutor

[@hyun-taekim7389]

Thank you for your explanation.
Concise and clear! AWESOME!

[@drpiyushjoshi4544]

Perfect. Nice explanation. Please explain other topics also.

[@rayeesabdulla1916]

perfect. nice job. thank you

[@YushiLongAutonomier]

Your explanation is just awesome!

[@UmbertoFontanazza]

1:14 elements go from 1 to N if you start counting from 1 otherwise is from 0 to N - 1

[@parsasoli2015]

I heared the accent and told myself "finally it seems like i am going to actually deeply understand tgis"

[@hungryformusik]

Thank you, i will remember this!

[@wissammoussa7540]

Great explanation thank you

[@s.ofekgal1138]

Great video, thank you!

[@teewenhui2717]

best video ive seen so far

[@karthikcharan4342]

great explanation

[@realShikha885]

Thanks for your help

[@jialaiz9101]

what's the back ground music, kinda loively

[@deno265]

|s> represent the state of the database, or what exactly, and |w> represent the state with our search entry? I still can't wrap my head around this.

[@badhusband1902]

why is theta = 2 arcsin(1/sqrt(N)) ?

[@pranshisaxena6063]

Best explanation ever, thank you!

[@TanvirAhmed-en6mg]

You're very welcome!

[@sutharshanganesan9512]

Thankk you!

[@shreyashchacharkar8323]

how to choose w

[@user-ts6bb9qi9d]

jod bhai jod

[@f9labtemp]

good

[@jacobvandijk6525]

"Simplified" only for those who already are insiders. Nobody else understands this.

[@kafianan6586]

Hey! Can you explain how the direction of Uf|s> is taken like that?

[@jacobvandijk6525]

@@kafianan6586 It's the vector s (x the identity = the vector s) minus 2x the projection of s on the w-axis (9:19), as in the last equation.

[@keeperofthelight9681]

More videos sir tanvir

[@mimArmand]

Still doesn’t make sense to me

[@arminsmajlagic2907]

What sciance are you studying?

[@prakhartrivedi4442]

out of syallbus

[@RussellCatchpole]

I enjoyed watching this but it means nothing to me. Nice soundtrack though 😉

[@piezero_567]

Have you attended the Qiskit global summer school......?

[@tabiatanzin6022]

Pehle khud sikho, phir dusro ko sikhana.😑

[@user-mg6pw3fn2m]

Hey,
Nice video!
small correction - wrong perpendicular coefficients for w',
the state of 1'ns all except [w] is 1/sqrt(N-1) (the normalization condition implies that),
for more details see en.wikipedia.org/wiki/Grover%27s_algorithm?#Geometric_proof_of_correctness