ROOM · OTHER ATTRACTORS · 7 OF 13

Chaos · room 7

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

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1. EXHIBIT
   Maxwell–Bloch
   Maxwell–Bloch. Classic λ=30
2. EXHIBIT
   May–Leonard
   May–Leonard. dx/dt=x(1−x−αy−βz) cyclic. Classic α=1.75 β=0.25
3. EXHIBIT
   Moore–Spiegel
   Moore–Spiegel oscillator (thermosolutal / convection chaos). dx/dt = y, dy/dt = −y + R z −
4. EXHIBIT
   Moser–Rössler
   Moser–Rössler. Classic a=0.2
5. EXHIBIT
   Murali–Lakshmanan
   Murali–Lakshmanan. Classic a=0.5
6. EXHIBIT
   Newton–Leipnik
   Newton–Leipnik attractor. dx/dt = −a·x + y + 10·y·z, dy/dt = −x − 0.4·y + 5·x·z, dz/dt = b
7. EXHIBIT
   Nosé–Hoover
   Nosé–Hoover thermostat oscillator 3D ODE. dx/dt=y, dy/dt=−x−y z, dz/dt=y²−a. Classic a=1
8. EXHIBIT
   Nosé–Hoover
   Nosé–Hoover thermostat oscillator. dx/dt = y, dy/dt = −x − α·z·y, dz/dt = α·(y² − T)

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