If you are interested in a physics introduction to what these repositories are for, see my webpage.

For hadron spectroscopy projects I've developed

• Correlation Matrix Manager (CMM) - Best place to start, check out the docs.
• MesonBaryon Workflow - CMM for meson-baryon scattering.
• SU(4) Workflow - CMM for SU(4) baryon-baryon scattering.
• Wick Contractions - Applies wicks theorem to LQCD operators.
• Finite Volume Groups - Finite volume groups and their irreps.

For a more optimized correlation matrix manager in C++ that is limited to multi-meson systems see the original repo.

I've also applied the Wick contractions codebase to a hadron structure project, to evaluate four point functions, to probe the response of hadrons to electric and magnetic fields.

I applied quantum computing techniques to two different supersymmetric models. The quantum algorithms used were VQE, VQD, and real-time evolution. The repositories start with the definition of the Hamiltonian of the theories, and convert the Hamiltonian to Pauli strings. The Wess-Zumino model also has a machine learning approach.

• Supersymmetric quantum mechanics in 0+1
• Wess Zumino model in 1+1

I made a small quantum computing simulator while learning about Rust.

I made a game for Ludum Dare 51.

• Email: chris.a.culver@gmail.com
• Resume
• LinkedIn