Berkeley Ions

Berkeley Ions's repositories

IonSim.jl

a simple tool for simulating trapped ion systems

Language:JuliaMIT69 16 73

Haeffner-Lab-LabRAD-Tools

Lab-wide LabRAD tools for the Haeffner lab

Language:Python11 15 45

HaeffnerLabLattice

Language:Python7 70

bem

triangulation, boundary element method (BEM), fast multipole method (FMM) code for python

Language:CNOASSERTION600

cct

CCT Experimental Control

Language:Python600

Haeffner-Lab-FPGA

FPGA Firmware

Language:VHDL400

RealSimpleGrapher

LabRAD grapher written in pyqtgraph

Language:Python4 9 6

Electron-Trap-Design-Testing

Language:Jupyter Notebook3 10

IonSim.jl-Examples

Language:Jupyter Notebook3 10 4

trap-sim-tools-python

Files were rearranged, this is the updated version.

Language:Python3 130

haeffnerlab.github.io

Haeffner Lab group website.

Language:SCSS200

lattice_notebooks

A place to share Jupyter notebooks for Lattice

Language:Mathematica200

space-time

Language:Python200

artiq

A leading-edge control system for quantum information experiments

Language:PythonLGPL-3.01 90

artiq-electron-nix

Language:PythonLGPL-3.0100

artiq-work-lattice

Language:Python100

PaulTrapAnalysis

Language:Jupyter Notebook100

trapsim

Consolidated tools for trap simulation

Language:Jupyter Notebook1 4 1

IonSim.jl-Webpage

Language:HTML0110

sqip

Language:Python000

artiq-electron-conda

A leading-edge control system for quantum information experiments

Language:PythonLGPL-3.0000

artiq-work-electron

Language:Python000

artiq-work-multiplexing

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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:CNOASSERTION000

electron

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hamiltonian-learning

Language:Jupyter Notebook000

LabRADsqip

LabRAD repository for sqip

Language:Python000

server_scripts

Language:Shell000

SPCM-418

Python wrapper for controlling the Spectrum M4i6631-x8 arbitrary wave generator board.

Language:C000

staq_control

Language:Verilog000