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NORDITA-DEVELOPED SOFTWARE

Computer software developed and maintained by Nordita

As part of their research, several Nordita scientists develop code, either original software or contributions to common software projects.

The Pencil-Code

A high-order finite-difference code for compressible hydrodynamic flows with magnetic fields.
Nordita developer: Axel Brandenburg &al

MeMC

The MeMC is an open-source software package for monte-carlo simulation of elastic shells. The package can be useful to study the mechanics of biological nano-vesicles e.g. Exosomes.
Nordita developer: Vipin Agrawal, Vikash Pandey

Software by developers that have left Nordita:

PlasmaBox

PlasmaBox is a collection of simulation modules written in modern C++14/Python3 to model astrophysical plasmas.
Nordita developer: Joonas Nättilä

GAMBIT

A global fitting code for generic Beyond the Standard Model theories, designed to allow fast and easy definition of new models, observables, likelihoods, scanners and backends physics codes.
Nordita developer: Anders Kvellestad

hi_class

A Boltzmann code to predict cosmological observables (cosmic microwave background, large scale structure of the universe) for general dark energy models and alternative theories of gravity.
Nordita developer: Miguel Zumalacarregui

FG2

2D high-order finite difference code for GPU, implemented in CUDA C. 60x speed up compare to codes running on a single CPU core.
Nordita developer: Chi-kwan Chan

SG2

2D spectral Galerkin method for GPU, implemented in CUDA C. 20x speed up compare to single CPU core.
Nordita developer: Chi-kwan Chan

XNS

A code for axisymmetric equilibrium configurations of differentially rotating Neutron Stars with toroidal magnetic field.
Nordita developer: Niccolo' Bucciantini

This page was printed on 2024-04-19 from www.nordita.org/research/software