# phase transition
A phase transition is the point where a system abruptly reorganizes itself — ice into water, disordered spins into a magnet, an unconnected network into one giant cluster. This tag brings together the sims built around that moment of change. Ising Model and its sibling builds Ising Model — Phase Transitions and Ferromagnetism and Ising Model — Phase Transition all simulate magnetic spins flipping in unison at a critical temperature; Steam & Condensation and Van der Waals Gas show the same idea for liquids and gases; Percolation Theory models connectivity snapping into existence past a threshold; and Molecular Dynamics plus Lennard-Jones Molecular Dynamics simulate the particle-level physics underneath it all.
Found: 9 simulations · 0 articles
🧪 Simulations (9)
Facts about this collection
- 9 simulations carry the phase-transition tag; no articles yet.
- Three separate builds cover the Ising model of ferromagnetism — Ising Model, Ising Model — Phase Transitions and Ferromagnetism and Ising Model — Phase Transition — each a different take on the same spin-lattice system.
- Percolation Theory is the odd one out mathematically: it models a network snapping into connectivity, not a material changing state.
- Van der Waals Gas — Real Gas Isotherms is the sim most directly tied to a textbook equation of state.
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