Stabilizer Toolkit

This Python package is a toolkit that can help with the analysis of multi-qubit magic states (e.g. their rank and related decompositions). The code originated to support the research for my Master's Thesis at UT Austin: CCZ Magic.

Usage

from stabilizer_states import StabilizerStates
from stabilizer_toolkit.decompositions import rank2, validate_decompositions
from stabilizer_toolkit.magic_states import enumerate_ccz

S3 = StabilizerStates(3)
_, CCZ, _, _ = next(enumerate_ccz(3))
decompositions, coeffs = rank2.search_all_stabilizer_states(CCZ, S3)
validate_decompositions(CCZ, decompositions, coeffs)

For more usage take a look at the example notebooks.

Installation

The package is available on pypi and installable via pip:

pip install stabilizer-toolkit 

You may also want to install the optional stabilizer-states package, which provides the stabilizer datasets for n <= 6, then you can install with the states extras:

pip install stabilizer-toolkit[states] 

There are also additional helpers that require the use of additional libraries, so you may also want to install those:

pip install stabilizer-toolkit[states,helpers] 

Development

If you'd like to work with a development copy, then clone this repository and install via poetry:

poetry install -vvv --with dev --all-extras