Package to map SPH particle data to a cartesian grid

Sparse Particle Tree POMDP Solvers

Julia stochastic processes package.

Rewrite floating point expressions to more accurate alternatives.

Digital signal processing for radiation detectors

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A type-flexible Lorenz 1996 model.

Makie.jl based functions to visualize parameterization interactively.

Stochastic distorted-wave Born approximation for acoustic scattering, in Julia

Julia monitoring tools for ambient noise seismology.

A Julia package for fusing multiple broadcast expressions together

Algorithms for computing saddles points in nonlinear energy landscapes

Quantum Exact Simulation Toolkit is a high performance simulator of quantum circuits, state-vectors and density matrices

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Julia package for easy access to and efficient broadcasting over properties

🔵 Interface and drivers for integrating Solvers and Samplers with the JuMP/MOI ecosystem

Scientific machine learning glacier mass balance models

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Linear symbolic expressions for the Julia language

Interface-based REST library for Julia, HTTP.jl

Themeing and convenience tools for accelerating working with Makie.jl

Image registration using mutual information.

Extension of `Graphs.jl` to graphs with named vertices.

Efficient Handling of Trajectories with User Defined Named Components

Many-body objects for quantum computing: a Julia implementation

Modular Julia-based agent framework to implement multi-agent systems

Parameterize Jupyter notebooks in Julia

The "native Julia Mirror (NAJM)" can make a mirror repository, of Julia packages and registry.

Precompile your recent environments after an Julia version update

Sensitivity analysis using simulation decomposition

Lightweight interface for Quantum Physics related packages

A Julia interface to the SeDuMi SDP solver

Wrapper around the NCBI taxonomy files

Dynamic Gradients for Quantum Control

A nonlinearly-constrained augmented-Lagrangian method

Compute the nearest correlation matrix using a pure Julia implementation

Julia interface to LinearFold RNA structure prediction programs: LinearFold, LinearPartition, LinearSampling, and LinearTurboFold

This package estimates the number of paths and the path-length distribution using a Monte-Carlo simulation as well as explicitly enumerate all paths.

Julia code to perform piecewise linear interpolation in an arbitrary number of dimensions.

A piecewise increasing range type suitable for potentially discontinuous timestamps of sampled data