Maybe you don't have to do all rounds of amplitude amplification. Do it half the way until it's reasonable to continue with classical bruteforce. Because I think, quantum computetime will be a scarce ressource for long time. The technology will improve if you get it fastly to application to make money. So, you have to slice the computetime in millisecond-units, and demand 0.1$/mSec. Then keep track of the computetime for each of the million customers. Show them the bill, re-invest, let the market grow, etc.... Wondering if there's a practical quantum sort algorithm.
Grover's algorithm does not actually search a "database". Databases are huge structures. Megabytes, gigabytes, or even terabytes in size. It will be a LONG time until a real database will be stored in a quantum superposition. If the database is classical, and the quantum computer tries to access it, then the quantum computer itself would drop out of superposition. There is no "database" in Grover's algorithm. I think it is unfortunate that he chose that as the title for his paper. Grover's algorithm inverts a computable function. E.g. if f is a computable function on a quantum computer, and for a given y, then Grover's algorithm will find x such that f(x) = y So in other words, Grover's algorithm searches the domain of a computable function. There is no database.
0:59 sec.. 🙈 I SWEAR I THOUGHT THERE’S somebody withme in the room!!!! 😰😰 How you could have no merci ?!!!!! 🥵 Till i found it’s just clever student can’t live without home work🤨... And at least u could ask for next exam, answered!! Not from last years!! Good luck 😤.. And please switch your flasers🚦🚦 or any alarm befor your next questions 🤒
She wasn't asking for homework - she was asking for the solutions to a previous homework. Sounds like a clever student, but clever in terms of minimizing workload and maximizing results. Also, man, homework is great for helping build understanding, presuming it's written well and adheres relatively closely to the material presented in class. I could live without in-class exams, though. Doesn't test anything but my ability to temporarily cram facts into my head, and to tolerate stress.
Maybe you don't have to do all rounds of amplitude amplification.
Do it half the way until it's reasonable to continue with classical bruteforce.
Because I think, quantum computetime will be a scarce ressource for long time.
The technology will improve if you get it fastly to application to make money.
So, you have to slice the computetime in millisecond-units, and demand 0.1$/mSec.
Then keep track of the computetime for each of the million customers.
Show them the bill, re-invest, let the market grow, etc....
Wondering if there's a practical quantum sort algorithm.
Grover's algorithm does not actually search a "database".
Databases are huge structures. Megabytes, gigabytes, or even terabytes in size.
It will be a LONG time until a real database will be stored in a quantum superposition.
If the database is classical, and the quantum computer tries to access it, then the quantum computer itself would drop out of superposition.
There is no "database" in Grover's algorithm. I think it is unfortunate that he chose that as the title for his paper.
Grover's algorithm inverts a computable function.
E.g. if f is a computable function on a quantum computer, and for a given y, then Grover's algorithm will find x such that f(x) = y
So in other words, Grover's algorithm searches the domain of a computable function.
There is no database.
0:59 sec.. 🙈 I SWEAR I THOUGHT THERE’S somebody withme in the room!!!! 😰😰
How you could have no merci ?!!!!! 🥵 Till i found it’s just clever student can’t live without home work🤨...
And at least u could ask for next exam, answered!! Not from last years!!
Good luck 😤.. And please switch your flasers🚦🚦 or any alarm befor your next questions 🤒
She wasn't asking for homework - she was asking for the solutions to a previous homework. Sounds like a clever student, but clever in terms of minimizing workload and maximizing results.
Also, man, homework is great for helping build understanding, presuming it's written well and adheres relatively closely to the material presented in class. I could live without in-class exams, though. Doesn't test anything but my ability to temporarily cram facts into my head, and to tolerate stress.