A Python package for simulated quantum computing.
pypSQUEAK — Python Packaged Semantic Quantum Expression Architecture
An extension of Python providing high-level object abstractions for quantum devices.
Features of pypSQUEAK include:
- Variable-size quantum registers. The sky's the limit. (Well, your hard drive's size is anyway.)
- Built-in set of universal one-qubit gates as well as several important two-qubit gates.
- User-defined static or parametric gates of arbitrary size.
- Modeling of noisy quantum channels.
For more information, consult the documentation.
Installation is done via
pip install pypsqueak
Several examples are provided in the examples folder. They are Python scripts demonstrating various aspects of pypSQUEAK.
Here is an example of a script that constructs a pypSQUEAK program to measure a qubit in the |1> state in the presence of noise:
import pypsqueak.api as sq from pypsqueak.gates import X from pypsqueak.noise import damping_map noisy_channel = sq.qOp(kraus_ops=damping_map(0.3)) zeros = 0 ones = 0 n_runs = 100 for i in range(n_runs): q = sq.qReg() # Prep the |1> state X.on(q) # Send it through an amp decay channel with 0.3 chance of decay noisy_channel.on(q) # measure the resulting qubit result = q.measure(0) if result == 0: zeros += 1 else: ones += 1 print(zeros/n_runs, ones/n_runs)
This projects is licensed under the MIT License. See LICENSE.txt for more details.
Download the file for your platform. If you're not sure which to choose, learn more about installing packages.
|Filename, size||File type||Python version||Upload date||Hashes|
|Filename, size pypSQUEAK-2.0.0-py3-none-any.whl (18.3 kB)||File type Wheel||Python version py3||Upload date||Hashes View hashes|
|Filename, size pypSQUEAK-2.0.0.tar.gz (17.3 kB)||File type Source||Python version None||Upload date||Hashes View hashes|
Hashes for pypSQUEAK-2.0.0-py3-none-any.whl