Berkeley Ions

We are the Haeffner Lab at UC Berkeley. We trap ions to investigate various aspects of quantum physics and quantum information.

Berkeley, CA

Pinned Repositories

bem
triangulation, boundary element method (BEM), fast multipole method (FMM) code for python
Language:C6 1 04
cct
CCT Experimental Control
Language:Python6 10 02
dds_controller
Code to configure and control the AD9910 DDS with the Cyclone II FPGA (2015)
Language:VHDL6 18 02
gentrap
Python tool for generating new ion trap layouts
Language:Python50
Haeffner-Lab-LabRAD-Tools
Lab-wide LabRAD tools for the Haeffner lab
Language:Python11 15 4510
HaeffnerLabLattice
Language:Python7 7 02
ion-trap-qsim
Ion Trap QSim is a package for simulation of quantum and classical dynamics of trapped ion chains in interaction with lasers and trap electromagnetic fields.
Language:Jupyter Notebook10 17 04
IonSim.jl
a simple tool for simulating trapped ion systems
Language:Julia73 16 7517
python-qutip-ion-spectroscopy
A list of functions for master equation quantum optics simulations based on python QuTiP
Language:Python13 16 03
RealSimpleGrapher
LabRAD grapher written in pyqtgraph
Language:Python4 9 66

Berkeley Ions's Repositories

HaeffnerLab/IonSim.jl
a simple tool for simulating trapped ion systems
Language:Julia73 16 7517
HaeffnerLab/Haeffner-Lab-LabRAD-Tools
Lab-wide LabRAD tools for the Haeffner lab
Language:Python11 15 4510
HaeffnerLab/HaeffnerLabLattice
Language:Python7 7 02
HaeffnerLab/bem
triangulation, boundary element method (BEM), fast multipole method (FMM) code for python
Language:C6 1 04
HaeffnerLab/cct
CCT Experimental Control
Language:Python6 10 02
HaeffnerLab/Haeffner-Lab-FPGA
FPGA Firmware
Language:VHDL4 7 02
HaeffnerLab/IonSim.jl-Examples
Language:Jupyter Notebook4 10 40
HaeffnerLab/RealSimpleGrapher
LabRAD grapher written in pyqtgraph
Language:Python4 9 66
HaeffnerLab/Electron-Trap-Design-Testing
Language:Jupyter Notebook3 1 0
HaeffnerLab/haeffnerlab.github.io
Haeffner Lab group website.
Language:SCSS3 8 01
HaeffnerLab/trap-sim-tools-python
Files were rearranged, this is the updated version.
Language:Python3 13 03
HaeffnerLab/space-time
Language:Python2 5 01
HaeffnerLab/artiq
A leading-edge control system for quantum information experiments
Language:Python1 9 01
HaeffnerLab/artiq-electron-nix
Language:Python1 7 0
HaeffnerLab/artiq-work-lattice
Language:Python1 9 14
HaeffnerLab/PaulTrapAnalysis
Language:Jupyter Notebook1 8 02
HaeffnerLab/resonator
Language:Python1 6 03
HaeffnerLab/trapsim
Consolidated tools for trap simulation
Language:Jupyter Notebook1 4 11
HaeffnerLab/IonSim.jl-Webpage
Language:HTML0 11 01
HaeffnerLab/sqip
Language:Python0 13 00
HaeffnerLab/acf
Artiq Control Framework (ACF) is a framework for developing Artiq code.
Language:Python7 0
HaeffnerLab/artiq-electron-conda
A leading-edge control system for quantum information experiments
Language:Python
HaeffnerLab/artiq-work-electron
Language:Python
HaeffnerLab/bem-savio
BEM-Savio (bem-s). Triangulation, boundary element method (BEM), fast multipole method (FMM) code for python. This fork is developed for Savio.
Language:C
HaeffnerLab/hamiltonian-learning
Language:Jupyter Notebook8 0
HaeffnerLab/Lakeshore-input-module-240
Language:Python1
HaeffnerLab/lattice
Experimental code for the Lattice experiment. Uses ACF.
Language:Python
HaeffnerLab/server_scripts
Language:Shell8 0
HaeffnerLab/SPCM-418
Python wrapper for controlling the Spectrum M4i6631-x8 arbitrary wave generator board.
Language:C1
HaeffnerLab/staq_control
Language:Verilog