A visual simulator for the amoebot model of programmable matter.
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Oct 6, 2023 - C++
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programmable-matter
Here are 11 public repositories matching this topic...
A genetic algorithm for discovering diverse and high performing distributed algorithms for collective behavior in self-organizing particle systems
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Nov 15, 2025 - Rust
A programmable matter simulator scriptable using tengo language
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Oct 13, 2025 - Go
Code for "Evolving Programmable Computational Metamaterials", Parsa et al., GECCO 2022
evolutionary-computation metamaterials multiobjective-optimization programmable-matter unconventional-computing inverse-design granular-material wave-based
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Jan 14, 2024 - Python
Associated repository for the "Claytronics: The MIND-BLOWING Science of Shape-Shifting Robots" 15 minute discourse podcast on YouTube!
podcast robotics conversation robots programmable-matter claytronics gray-goo replicators shape-shifting-robots meta-materials
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Feb 22, 2025
A simulator for the reconfigurable circuit and joint movement extensions of the amoebot model for programmable matter
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Jul 15, 2025 - C#
A graphical simulator for the two-dimensional hybrid model of programmable matter.
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Nov 21, 2025 - Kotlin
Particles, a self-organizing particle system algorithm simulator, developed for research projects at GT's Theory Lab.
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Jan 16, 2019 - Java
ClusterSim and BotController simulate protocol and control logic for CellBots – a framework for programmable matter.
nodejs javascript webgl threejs robotics simulation blender 3d-visualization morphing programmable-matter sp-cellbots
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Dec 11, 2025 - JavaScript
🧩 Explore a unified theory of programmable matter through controlled manipulation of geometric frustration, maximizing computational and topological resources.
complex-systems lichen metamaterials geometric-frustration programmable-matter active-matter information-geometry topological-defects artificial-spin-ice twistronics emergent-phenomena lichen-collectives spin-ice spin-liquids thermodynamic-control topological-computation materials-theory
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Jan 27, 2026
Théorie unifiée de la matière programmable basée sur la frustration géométrique. Exploration des glaces de spin, matière active, métamatériaux et twistronique pour créer des matériaux reconfigurables, mémoires topologiques et architectures de calcul émergent.
complex-systems lichen metamaterials geometric-frustration programmable-matter active-matter information-geometry topological-defects artificial-spin-ice twistronics emergent-phenomena lichen-collectives spin-ice spin-liquids thermodynamic-control topological-computation materials-theory
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Jan 13, 2026
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