ROOM · LIVING · 1 OF 4

Chaos · room 1

Eight exhibits. Look at one, then step to the next. The room loops.

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1. EXHIBIT
   Brusselator
   Prigogine–Lefever Brusselator 3D. dx/dt=A−(B+1)·x+x²·y, dy/dt=B·x−x²·y, dz/dt=C·(x−z). Cla
2. EXHIBIT
   FitzHugh–Nagumo
   FitzHugh–Nagumo–Rinzel 3D. dx/dt=x−x³/3−y−z+I, dy/dt=ε(x+a−b·y), dz/dt=μ(x−γ−z). Classic a
3. EXHIBIT
   Goldbeter
   Goldbeter 1991 mitotic oscillator 3D. Classic vi=0.05 V1′=3
4. EXHIBIT
   Hindmarsh–Rose
   Hindmarsh–Rose bursting neuron. dx/dt=y−a·x³+b·x²−z+I, dy/dt=c−d·x²−y, dz/dt=r·(s·(x−xR)−z
5. EXHIBIT
   Hinshelwood
   Hinshelwood cubic autocatalator 3D. dx/dt=(1−x)−Da·x·y², dy/dt=(η−y)+Da·x·y²−β·y, dz/dt=c(
6. EXHIBIT
   Lengyel–Epstein
   Lengyel–Epstein CDIMA chemical oscillator 3D. dx/dt=a−x−4xy/(1+x²), dy/dt=b(x−xy/(1+x²)),
7. EXHIBIT
   Lotka–Volterra
   Hastings–Powell 3-species Lotka–Volterra food chain. Classic a1=5 b1=3 a2=0.1 b2=2 d1=0.4
8. EXHIBIT
   Lotka–Volterra 3D
   Competitive Lotka–Volterra 3D. Classic α=0.5 β=1.5

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