Modelling more Chaos

Modelling more Chaos This post was inspired by Rachel Thomas' Nrich article on the same topic.  I'll carry on the investigation suggested in the article.  We're going to explore chaotic behavior - where small changes to initial conditions lead to widely different outcomes.  Chaotic behavior is what makes modelling (say) weather patterns so complex. f(x)... Continue Reading →

Modelling Chaos

Modelling Chaos This post was inspired by Rachel Thomas' Nrich article on the same topic.  I'll carry on the investigation suggested in the article.  We're going to explore chaotic behavior - where small changes to initial conditions lead to widely different outcomes.  Chaotic behavior is what makes modelling (say) weather patterns so complex. Let's start... Continue Reading →

Langton’s Ant – Order out of Chaos

This is another fascinating branch of mathematics - which uses computing to illustrate complexity (and order) in nature.  Langton's Ant shows how very simple initial rules (ie a deterministic system) can have very unexpected consequences.  Langton's Ant follows two simple rules: 1) At a white square, turn 90° right, flip the color of the square,... Continue Reading →

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