Basis Function Expansion C++ library and Python package for running N-body galactic simulations and dynamical discovery
A Python package for performing self-consistent population synthesis and galactic dynamics simulations
Tools for analysis of N-body models with Basis Function Expansions and perturbation theory themes.
Stellar system linear response theory in Julia
SteParKin code determine Galactic-space velocity components (U, V, W), evaluate their membership to young kinematic moving groups and associations and assign their stellar populations.
Spherical, non-rotating, velocity-anisotropic equilibrium models, self-consistently truncated in phase space: distribution functions, particle initial conditions, velocity dispersion profiles and line-of-sight observables, with JAX-based end-to-end differentiability.
Python module to compute and interactively visualize Poincaré sections
HuBBLE is a Galactic Dynamics Simulation project made in C++
Interoperability Between Galactic Dynamics Libraries
N-body python package designed for galactic dynamics.
Gala Studio Is An Interactive visualization Lab for the Gala dynamics Library with Nobel-Tier Features
Deterministic reproducibility capsule for GIFT Paper 1. Reproduces the deep-regime scaling and normalization of the RAR and BTFR from the SPARC dataset using fixed-slope ODR fits. Code, derived data, and verification figures included. Archived snapshot: Zenodo DOI 10.5281/zenodo.18513729.
Code and data for analyzing action coherence in a galactic simulation, as part of the paper of 'Evolution of action-space coherence in a MIlky Way-like simulation' by Arunima et al
Repository for hosting MHD codes for Galatic Dynamo simulations.
The ACM Trunk: a rigid holographic framework for galactic dynamics. This repository provides the core analytical engine for predicting galaxy rotation behavior from baryonic distributions via linear holographic screening. Tagline No galaxy-by-galaxy fits. No hidden knobs. Just the physics of the background floor.
Analytic search for non-Stäckel integrable galactic potentials
Planet 9 disproved by Galactic Dominance Beyond Solar Gravitational Boundary
First-Principles Cosmological Architecture by Marco Lindenbeck
Galaxy rotation-curve laboratory for dark-matter evidence, baryonic components, circular velocity and mass-model comparison. Uses reproducible numerical experiments, parameter exploration and quantitative scientific visualization.
Construct a non-parametric framework based on Gaussian process regression to infer gravitational potential from a stellar kinematical snapshot
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