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**Describe the bug** The details of precedence can be found in page https://docs.microsoft.com/zh-cn/azure/quantum/user-guide/language/expressions/precedenceandassociativity. It is shown that bitwise XOR has a higher priority than power operator,so we derived the following...
# Description When running the following Q# program, the result of each shots is different for two qubit arrays. But the measure operation used here should not have changed the...
# Quilc fails to compile in a Ubuntu17.04 OS ## Testcase ``` OPENQASM 2.0; include "qelib1.inc"; qreg q[2]; gate cu1fixed (a) c,t { } gate cu c,t{ cu1fixed (pi/2) c,t;...
I am a student who want to know more details about the process of the Quilc. My question is whether there are any files except the optimized instructions that I...
**Describe the bug** When running the following Q# program, the result of running on ToffoliSimulator is different from running on QuantumSimulator and SparseSimulator. This behavior might be due to the...
**Describe the bug** The checks in `SequenceL` and `SequenceI` are not complete now, the following situations will still throw unhandled exceptions. It suggested that update the boundary value for `to-from`....
The correct code should be: ``` let bitString = _ComputeJordanWignerBitString(7, [0,1,2,6]) ; ``` --- #### Document Details ⚠ *Do not edit this section. It is required for learn.microsoft.com ➟ GitHub...
One of the arguments in _ComputeJordanWignerBitString is wrong.
## Describe the bug When running the following program, SparseSimulator and ResourcesEstimator do not throw ReleasedQubitsAreNotInZeroState as QuantumSimulator and ToffoliSimulator do, although we do not use the ResetAll operation. The...
**Describe the bug** The result of Lg with a non-positive parameter is NaN, so running the following program will cause overflow. The part of the output is shown below: >...