ccqgate: A twice controlled single qubit gate
In qsimulatR: A Quantum Computer Simulator
ccqgate R Documentation
A twice controlled single qubit gate
Description
This class represents a generic controlled gate
Details
The qubits are counted from 1 to nbits starting with the least
significant bit.
Slots
bitsInteger. Integer vector of bits. The first two are the control bits, the third the target bit.
gatesqgate. The single qubit gate.
Examples
x <- H(1) * qstate(nbits=3)
## application of the CCX (CCNOT) gate to bit 1,2,3
z <- ccqgate(bits=c(1L, 2L, 3L), gate=X(3L)) * x
z
## the same, but differently implemented
z <- CCNOT(c(1,2,3)) * x
z
qsimulatR documentation built on Oct. 16, 2023, 5:06 p.m.
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| ccqgate | R Documentation |
A twice controlled single qubit gate
Description
This class represents a generic controlled gate
Details
The qubits are counted from 1 to nbits starting with the least
significant bit.
Slots
bitsInteger. Integer vector of bits. The first two are the control bits, the third the target bit.
gatesqgate. The single qubit gate.
Examples
x <- H(1) * qstate(nbits=3)
## application of the CCX (CCNOT) gate to bit 1,2,3
z <- ccqgate(bits=c(1L, 2L, 3L), gate=X(3L)) * x
z
## the same, but differently implemented
z <- CCNOT(c(1,2,3)) * x
z
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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