sympy/quantum_notebooks

Jupyter Notebooks that demonstrate SymPy's symbolic quantum mechanics package.

Sympy's Symbolic Quantum Mechanics Package

SymPy is a symbolic mathematics library for the Python programming language. SymPy has a subpackage, sympy.physics.quantum that implements a general symbolic quantum mechanics package for Python, and a number of specific quantum system on top of that:

• Quantum angular momentum.
• Quantum computing.
• Simple harmonic oscillator.

This repository contains a set of Jupyter Notebooks that demonstrate the capabilities of sympy.physics.quantum.

You can browse static version of these notebooks here on GitHub, or click the binder badge below to launch a live Jupyter Notebook server with the notebooks in this repo.

Example

Here is an example of using sympy.physics.quantum to create a 3 qubit Quantum Fourier Transform, decompose the circuit into primitive gates, and then visualize the circuit:

quantum_notebooks's Issues

not an issue - fyi

it's possible to bridge python to swift using google's swift for tensorflow.
still early days.

https://github.com/johndpope/SwiftReinforce/blob/master/SwiftReinforce/Python/Sympy.swift

Write and submit JOSS paper

I have started the skeleton for a JOSS paper on sympy.physics.quantum.

@certik @asmeurer

The command to list all potential authors is in the paper.md file. I will start to reach out to folks to see who wants to participate on the paper.