ROOM · LIVING · 2 OF 4

Chaos · room 2

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

You are here · Chaos / living / 2

1. EXHIBIT
   Morris–Lecar
   Morris–Lecar neuron 3D. dV/dt=(I−gCa·m∞(V)·(V−VCa)−gK·w·(V−VK)−gL·(V−VL))/C, dw/dt=φ·(w∞(V
2. EXHIBIT
   Operon
   Goodwin genetic oscillator (operon). dx/dt=a/(1+zⁿ)−x, dy/dt=x−y, dz/dt=y−z. Classic a=15
3. EXHIBIT
   Oregonator
   Field–Noyes Oregonator (BZ) chemical oscillator. dx/dt=(1/ε)·(x+y−q·x²−x·y), dy/dt=−y+f·z−
4. EXHIBIT
   Repressilator
   Repressilator 3-gene ring oscillator. dx/dt=α/(1+zⁿ)−x, dy/dt=α/(1+xⁿ)−y, dz/dt=α/(1+yⁿ)−z
5. EXHIBIT
   Schnakenberg
   Schnakenberg chemical oscillator 3D. dx/dt=a−x+x²y, dy/dt=b−x²y, dz/dt=c(x−z). Classic a=0
6. EXHIBIT
   Seelig
   Seelig enzyme oscillator 3D. dx/dt=a−xy−εx, dy/dt=xy−y/(b+y), dz/dt=c(y−z). Classic a=0.8
7. EXHIBIT
   Selkov
   Selkov glycolytic oscillator 3D. dx/dt=−x+a·y+x²y, dy/dt=b−a·y−x²y, dz/dt=μ(x−z). Classic
8. EXHIBIT
   Willamowski–Rössler
   Willamowski–Rössler chemical chaos. Minimal mass-action: dx/dt=x·(a1−k1·x−y−z), dy/dt=y·(−

↑ Chaos wing