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#Agent based models

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#Cellular automata

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#Chaotic dynamics

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#Collective behavior

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#Complex networks

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#Coupled oscillators

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#Critical phenomena

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#Diffusion

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#Dynamical systems

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#Epidemics

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#Evolution

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#Fractals

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#Growth processes

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#Lattice systems

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#Nonlinear dynamics

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#Pattern formation

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#Population dynamics

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#Random walks

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#Reaction diffusion

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#Self organization

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#Self similarity

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#Stochastic processes

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#Synchronization

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# “Kelp!!!”

## A stochastic cellular automaton

July 9, 2018

This explorable illustrates how fractal growth patterns can be generated by **stochastic cellular automata**. Cellular automata are spatially and temporally discrete dynamical systems that are conceptually very straightforward but can generate unexpected complex behavior, often fractal-like structures reminiscent of patterns we see in natural systems.

# “Weeds & Trees”

## Lindenmayer Systems

August 7, 2017

This explorable illustrates how fractal patterns observed in natural systems, particularly structural properties of some plants, can approximately be modeled by simple iterative models. Sometimes these models are refered to as Lindenmayer systems.

#Agent based models

·
#Cellular automata

·
#Chaotic dynamics

·
#Collective behavior

·
#Complex networks

·
#Coupled oscillators

·
#Critical phenomena

·
#Diffusion

·
#Dynamical systems

·
#Epidemics

·
#Evolution

·
#Fractals

·
#Growth processes

·
#Lattice systems

·
#Nonlinear dynamics

·
#Pattern formation

·
#Population dynamics

·
#Random walks

·
#Reaction diffusion

·
#Self organization

·
#Self similarity

·
#Stochastic processes

·
#Synchronization

·