Pinned Repositories
EmpiricalCDFs.jl
Online empirical cumulative distribution functions
gjlcxx_util
c++ templates for physics simulations and sundry
julia_project
Manage a Julia project living within a Python package
JuliaQuantumInformation
List of quantum information and computation projects in Julia
ManualDispatch.jl
Avoid method dispatch at runtime
pika-asynchronous-consumer
asynchronous RabbitMQ consumer
qinf
Quantum information library for Maxima
Symata.jl
language for symbolic mathematics
ZChop.jl
replace small numbers with zero
InverseLaplace.jl
Inverse Laplace transform
jlapeyre's Repositories
jlapeyre/JuliaQuantumInformation
List of quantum information and computation projects in Julia
jlapeyre/EmpiricalCDFs.jl
Online empirical cumulative distribution functions
jlapeyre/ZChop.jl
replace small numbers with zero
jlapeyre/IsApprox.jl
Interface for approximate and exact equality
jlapeyre/DotCall.jl
jlapeyre/MethodInSrc.jl
Test whether a call is dispatched to a method in your module
jlapeyre/MittagLeffler.jl
Mittag-Leffler function
jlapeyre/IdentityMatrix.jl
efficient methods for identity matrices
jlapeyre/PDL-Fit-Levmar
PDL interface to constrained Levenberg-Marquardt library levmar
jlapeyre/StackEnvs.jl
Simple manipulation of an environment in your stack of environments
jlapeyre/BitsX.jl
bit manipulation and static bit vectors
jlapeyre/CBOOCall.jl
The way of CBOO for Julia
jlapeyre/ILog2.jl
integer valued base 2 logarithm
jlapeyre/LambertW.jl
Lambert W mathematical function
jlapeyre/FilePaths2.jl
Sketch of a few ideas
jlapeyre/General
The official registry of general Julia packages
jlapeyre/LapeyreRegistry
Julia registry for some packages not in the general registry
jlapeyre/openqasm
Quantum assembly language for extended quantum circuits
jlapeyre/openqasm3_parser
Parser and semantic analyzer for the OpenQASM3 language
jlapeyre/PauliStrings2.jl
jlapeyre/PDL-DSP-Fir
fir filters for PDL
jlapeyre/Phase4s.jl
Group of fourth roots of unity
jlapeyre/py-vterm-interaction.el
A simple vterm-based mode for an inferior (i)Python REPL process in Emacs
jlapeyre/qiskit-core
Terra provides the foundations for Qiskit. It allows the user to write quantum circuits easily, and takes care of the constraints of real hardware.
jlapeyre/qiskit-device-benchmarking
jlapeyre/qiskitx
jlapeyre/QMatrices.jl
jlapeyre/QuantumClifford.jl
Clifford circuits, graph states, and other quantum Stabilizer formalism tools.
jlapeyre/Quasar.jl
Qu(antum)as(sembly)(Lex/Pars)ar
jlapeyre/Recamans.jl
Recamáns sequence