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Fast, accurate, and flexible spectral analysis for compressible quantum fluids

A plugin of Express.jl for handling the ab initio software Quantum ESPRESSO

Meshes and functions to generate geometry primitives

A simple package for MTK-based model testing

Generate geometry meshes from graphs using turtle algorithms

PlotSeis.jl is a set of visualization tools for SeisIO.jl

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Nonparametric quantile regression using a nearest neighbor approach

NIST XCOM x-ray attenuations in Julia.

Tools to work with atomic systems

Implementation of the spectral energy distribution QSOSED for active galactic nuclei.

Common cosmological units

Atomic Mass Evaluation dataset from AMDC: https://www-nds.iaea.org/amdc/

[WIP] Core types and functions for QED.jl

Minimal implementation of array wrapper with atomic getindex and setindex!

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Implementation of Asymptotic Numerical Method

Astrodynamical states representations and transformations.

Instrument-speciifc code for RvSpectML

Polynomial matrices in Julia

Julia package to make getting and storing user-specific data easier

Ray tracing of 3D meshes (not for visualization)

Julia bindings for Tinkerforge devices based on wrapping the Python bindings.

Simple echogram displays of arbitrary matrices in Julia.

The helper functions of PythonCall.jl

Force Models for Astrodynamics Trajectory Modelling

Common solvers within orbital mechanics and astrodynamics.

Visualization of 3D meshes

Julia wrapper for the Python Rhodium package

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Example data loading for ArviZ.jl

Plotting functions for Plasmo.jl

Calculate vector spherical waves (M and N), which are solutions for vector wave equation.

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Mirror of https://gitlab.kuleuven.be/numa/software/ApproximatingMapsBetweenLinearSpaces

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Simulating quantum computing verification

A thin wrapper around the python PyMBAR