Automated system for python-based experiments
Quantum Gate Language (QGL) is a domain specific language embedded in python for specifying quantum gate sequences.
Code for performing the pairwise perturbative bootstrapping of Choi matrices
Julia package providing Schatten norms, including completely bounded norms, such as Kitaev's diamond norm (ubiquitous in, e.g., quantum information processing)
Master Equation Solver Written in Julia
Generic lab tools in Julia
Unitary and Lindbladian evolution in Julia
BBN-Q landing page
Julia package to perform quantum state and process tomography
Julia package for Mathieu Functions
Efficient calculation of Clifford circuits in Julia.
Julia library for quantum information related calculations.
Julia package for generating random quantum states and processes according to a number of natural distributions.
Instrument control in Julia
BBN database schema for QGL and Auspex
Algorithms for adaptive refinement of measurements
C/C++ driver for BBN APSv2
A performance orientated QGL compiler.
Python wrapper for WRspice circuit simulation
C/C++ driver for BBN APSv1
Measurement and control software for superconducting qubits.
C wrapper for the AlazarTech ATS9870 to provide multi-segment averaging and a socket API.
C/C++ driver for BBN X6-1000 firmware
An imperative Quantum Gate Language (QGL) embedded in python.
Synthesizable FIR filters in VHDL
JESD204b modules in VHDL
Quince is a node-based GUI that allows for graphical configuration of qubit experiments in Auspex.
Dockerfile with Vivado for CI
HDL Sources for the APS2 Trigger Distribution Module