GitHub - ZiyangGao1028/Simulations-in-physical-systems: Computer simulations for complex physical systems from a computational/probabilistic standpoint using Mathematica. Topics include random walks, accretion, magnetism, and percolation.

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Computer simulations for complex physical systems from a computational/probabilistic standpoint using Mathematica. Topics include random walks, accretion, magnetism, and percolation.

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Name		Name	Last commit message	Last commit date
Latest commit History 2 Commits
A Percolation Experiment.nb		A Percolation Experiment.nb
Diffusion_Limited Aggregation model.nb		Diffusion_Limited Aggregation model.nb
Eden Model.nb		Eden Model.nb
Eden Model2.nb		Eden Model2.nb
Eden Model3.nb		Eden Model3.nb
Fitting function.nb		Fitting function.nb
PS02_gaoz.nb		PS02_gaoz.nb
Phy234.docx		Phy234.docx
Phy234_FinalProject.nb		Phy234_FinalProject.nb
Phy234_PS10:24.docx		Phy234_PS10:24.docx
Phy234_Special project topic proposal(Ziyang and Eric).docx		Phy234_Special project topic proposal(Ziyang and Eric).docx
RW with Absorption.nb		RW with Absorption.nb
Random Number Generators.nb		Random Number Generators.nb
Random Walk 2.nb		Random Walk 2.nb
Random Walk 3.nb		Random Walk 3.nb
Random Walk.nb		Random Walk.nb
Uncertainty.nb		Uncertainty.nb
Visualizing DLA.nb		Visualizing DLA.nb
final project draft .nb		final project draft .nb
final project.nb		final project.nb
poster-2.pdf		poster-2.pdf

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Computer simulations for complex physical systems from a computational/probabilistic standpoint using Mathematica. Topics include random walks, accretion, magnetism, and percolation.

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