Most of my code is closed-source. The following is a sampling of open-source projects that I either created or am a primary contributor to.

• |toqito⟩
  An open-source Python library for studying various objects in quantum information, namely, states, channels, and measurements.
  GitHub | Docs | Slides | Video | QuantumInsider | KaiCode24 | NumFOCUS | Blog

• qldpc-challenge
  A public, automatically verified leaderboard for quantum low-density parity-check codes.
  GitHub | Whitepaper

• stabrank
  Tools for calculating stabilizer-rank bounds of quantum magic states.
  GitHub | Paper

• metriq
  Co-developed web platform for tracking quantum computing benchmarks.
  GitHub | PRNewswire | QC-Report | QuantumInsider

• metriq-gym
  Python package for running a suite of quantum computing benchmarks on a variety of quantum hardware devices.
  GitHub | APS

• qemzoo
  A comprehensive catalog of quantum error mitigation and suppression techniques. GitHub

• scirate
  A Python wrapper for extracting quantum information paper data from Scirate. GitHub

• qustop
  An open-source Python module for investigating various problems in quantum state optimization.
  GitHub | Docs

• GOMC
  An open-source Monte Carlo simulation engine written in C++ using the CUDA wrapper. I worked on an early version of this software during my Master’s. GitHub | Website

• triforce
  A Python package to study the numerical properties of triangular arrays.
  GitHub | Blog

• youtube_tutorials
  Companion code for the programming tutorials on my LucidProgramming channel.
  GitHub | YouTube