All Questions
9 questions
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How do you apply the Hadamard function to a register of qubits in Q#?
I am learning Q# and am trying to create Deutsch's algorithm. My code seems to have an issue since I'm still learning. The code recognizes that line 3 contains an error. Can someone tell me what I am ...
3
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1
answer
111
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What all parameters can we take into account when comparing different quantum programming languages
I am planning to write a paper which compares Qiskit and Q# in the following circuits/algorithms
Bell circuits
Controlled swap to test similarity of two registers
Phase kickback between two qubits
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- 43
1
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2
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103
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1
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1
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219
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How to create a q# operation to generate a random number from 1 to max?
I have the following problem: I want to create a q# operation for generating a random integer from 1 to max and return the generated number. What algorithm do I need? What does the q# code look like? ...
user9326
3
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1
answer
675
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Counting in Q#: number of solutions
I have this program derived from Microsoft Quantum Katas for counting (see here):
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14
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1
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8k
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How many logical qubits are needed to run Shor's algorithm efficiently on large integers ($n > 2^{1024}$)?
First, I know there are differences in logical qubits and physical qubits. It takes more physical qubits for each logical qubit due to quantum error.
Wikipedia states that it takes quantum gates of ...
- 922
2
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1
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137
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An algorithm with the Hadamard operator
My goal in writing this algorithm in Q# was that func would either output (1,2) or (10,20), ...
- 21
6
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2
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551
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Quantum counting in Q#
I cannot seem to get an estimate for the number of solutions using the quantum counting algorithm described in Nielsen and Chuang, i.e. phase estimation with the Grover iteration acting as $U$.
I try ...
- 501
2
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1
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389
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How to add two integers in Q#?
I have programmed in C++, but I am interested in writing quantum programs. I have some experience with Microsoft's Q#, and I know about the canonical Shor's and Grover's algorithms.
Can anyone tell ...
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