rqc.md

Random Quantum Circuits (RQC)

The RQC module aims to generate RQC capable of demonstrating results as those of Villalonga et al (npj Quantum Inf 5, 86 (2019)) and Arute et al. (Nature volume 574, 505–510 (2019)).

API

rqc.jl

QXZoo.RQC.RQC_DS(n::Int, m::Int)
QXZoo.RQC.random_gate!(rqc::QXZoo.RQC.RQC_DS, i::Int, j::Int, rng::Random.MersenneTwister)
QXZoo.RQC.patterns(rqc::QXZoo.RQC.RQC_DS)
QXZoo.RQC.create_RQC(rows::Int, cols::Int, depth::Int, seed::Union{Int, Nothing}=nothing; use_iswap::Bool=false, final_Hadamard_layer::Bool=false)

Example

To use the Grover module, we provide example code below to search for a state in a 5-qubit quantum register marked by bit-pattern 11 (0b01011).

using QXZoo

# Set 2D qubit grid size and circuit depth
rows = 4
cols = 5
depth = 7

# Create RQC circuit using built-in generator
cct = QXZoo.RQC.create_RQC(rows, cols, depth)

println(cct)

for i in cct.circ_ops
    println(i)
end