MPS and MPO methods based on ITensor (ITensors.jl)

Macros to define custom adjoints for TensorOperations.jl

Reduced basis methods for parametrised eigenproblems

Modern Hopfield layer implementations in Julia

Julia implementation of the bond graph framework

Propagate waves efficiently, optically, physically, differentiably with Julia Lang.

🧊 Coupled and stand-alone simulations of sea ice for Earth system modeling

CUDA integration for the NNlib API

A new lightweight package for Deep Learning with Julia

Train a spiking recurrent neural network

Adaptive stress testing of black-box systems within POMDPs.jl

Exact reduction of ODE models via linear transformations

Tools for general Tight Binding systems

Library for the numerical simulation of open quantum systems.

Implementation of Integral Probability Measures in Julia

A library for machine learning datasets on graph

Simulations of cosmological scalar fields

Backward-filtering forward-guiding with StochasticDiffEq.jl

TensorKit extension for reading in categorical data.

Duality of view between named variables and flat vectors in Julia

Libint2 interface to Julia

Control barrier functions (CBFs) in Julia.

Common types and interface for discretizers of ModelingToolkit PDESystems.

A Tensor Network Library (TenNetLib.jl) built on top of ITensors.jl for quantum many-body problems.

Approximate the product between infinite functional objects on a manifold -- i.e. belief products

The Juice package for circuits in artificial intelligence, both logic and probabilistic

Julia implementation of joint models combining longitudinal and survival endpoints

:spider: Non-Markovian stochastic SPIn (and harmonic oscillator) DYnamics.

A Julia package for behavioural modeling

NLPModels for dynamic optimization

Develop tools for ensemble Kalman filter

A high-performance library for gradient based quantum optimal control

Computing solutions to the frequency-domain radial Teukolsky equation with the Generalized Sasaki-Nakamura (GSN) formalism in julia

Lightweight module of neural differential equations in Kinetic.jl

Julia library for visualization and annotation medical images, specialized particularly for rapid development segmentation of 3 dimensional images like CT or PET/CT scans. Has full support of nuclear medicine Data.

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Deprecated package (use instead Modia.jl)

Programs modeled after "Numerical Methods for Engineers" by D.V. Griffiths and I.M. Smith

Julia wrapper for Devito functionality. Part of the COFII framework.