Welcome to TheDisorderedOrganization! We are a collective of researchers, primarly based in Paris, working at the intersection of statistical physics, computational physics, and machine learning. Our primary focus is on disordered systems, glassy dynamics, nonequilibrium critical phenomena, and generative models for statistical physics.

• Arianna.jl – A general framework for system-agnostic Monte Carlo simulations in Julia, providing a modular backend for custom systems and moves, as well as an adaptive sampling techniques.
• ParticlesMC – A Monte Carlo package for particle systems, built on Arianna, supporting atomic and molecular simulations with advanced Monte Carlo moves, and various interaction models.
• Nexus-CAT – A Cluster Analysis Toolkit designed to identify and analyze clusters of connected polyhedra in atomistic simulations.
• SpinsMC (Upcoming) – A Monte Carlo package for spin systems, extending Arianna to handle spin degrees of freedom with specialized moves and models.

We are continuously expanding our ecosystem with new tools for research in statistical physics and computational materials science.

We welcome contributions from anyone interested in statistical physics, applied mathematics, or scientific computing. Whether you’re fixing a bug, proposing a new feature, or developing a new package within our ecosystem, we’d love to collaborate!

To get started:

• Check out our repositories and open issues.
• Follow our coding style and documentation guidelines.
• Join discussions in GitHub Issues or via direct contributions.

If you’re interested in our work or want to collaborate, feel free to open an issue or reach out to any of our members.