A 2D quantum physics simulation system using tensor network states.

Implement monads by specifying instructions and their desired operational semantics.

Talk: University of Queensland, Quantum Science Seminar, 2012/6/26: "Divide and Conquer, Quantum Style!"

Web Page

Reactive-banana is a library for functional reactive programming, written in the beautiful language Haskell.

A library for working with quantum subsystem codes.

Python bindings to Nutcracker

Implement monads by specifying instructions and their desired operational semantics.

A library and framework for massively parallelizing backtracking searches in Haskell with a strong emphasis on ease of use.

Simulation results for the adiabatic transistor model.

An experiment at axiomatizing error correction with Pauli operators.

Simple implementation of time evolution in quantum spin systems using matrix product states.

Talk I presented at the CSGF 2011 conference.

A C++ wrapper for the HDF C library.

Experimental outline-based IDE.

An efficient 1D quantum physics simulation system using matrix product states.

Library for functional reactive programming in Haskell.

Tools for performing a brute-force search over all subsystem codes for small systems.

Unit testing framework for C++

Tools for performing a brute-force search over all subsystem codes for small systems.