Ri: The Ri gate
In qsimulatR: A Quantum Computer Simulator
Ri R Documentation
The Ri gate
Description
The Ri gate
Usage
Ri(bit, i, sign = +1)
Arguments
bit
integer. The bit to which to apply the gate
i
integer
sign
integer
Details
Implements the gate
( 1 0 )
( 0 exp(+-2pi1i/2^i) )
If 'sign < 0', the inverse of the exponential is used.
This gate is up to global phase identical with the 'Rz'
gate with specific values of the angle.
Value
An S4 class 'sqgate' object is returned
Examples
x <- X(1) * qstate(nbits=2)
z <- Ri(1, i=2) * x
z
qsimulatR documentation built on Oct. 16, 2023, 5:06 p.m.
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| Ri | R Documentation |
The Ri gate
Description
The Ri gate
Usage
Ri(bit, i, sign = +1)
Arguments
bit |
integer. The bit to which to apply the gate |
i |
integer |
sign |
integer |
Details
Implements the gate ( 1 0 ) ( 0 exp(+-2pi1i/2^i) )
If 'sign < 0', the inverse of the exponential is used. This gate is up to global phase identical with the 'Rz' gate with specific values of the angle.
Value
An S4 class 'sqgate' object is returned
Examples
x <- X(1) * qstate(nbits=2)
z <- Ri(1, i=2) * 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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