Aizawa Attractor

chaos · 36 views
chaos

What It Is

Aizawa 3D continuous flow with torus-like topology and two polar spikes --- structurally distinct from Lorenz butterfly, Rossler spiral, and Halvorsen cyclic. Multistable. Output: x-coordinate.

Interpretation

Standard analysis sees: smooth / autocorrelated; red spectrum (low-frequency / 1-over-f power); strongly periodic; low-complexity (predictable, not noise-like); volatility-clustering (bursty); multifractal. The atlas detects no named structure beyond this. It sits beside Halvorsen Attractor in the atlas (standard-bank rank 25) — a neighbor conventional features miss.

What standard analysis sees
tail heaviness0.69
asymmetry0.65
occupancy0.71
short-range corr0.86
long-range memory0.71
spectral colour0.11
periodicity0.87
complexity0.11
time-irreversibility0.68
volatility clustering0.86
multifractality0.87
dimensionality0.26
nonstationarity0.52
What the atlas adds

Nothing beyond the standard reading — this source’s structure is already captured by standard features; the atlas adds no named residual.

Composition

dtypefloat64
range[-1.427, 1.45]
unique values16222 / 16384
mean ± std-0.000723 ± 0.564

Render Gallery

Atlas Position

Nearest neighborDistance
Halvorsen Attractor3.25
Rossler Attractor3.42
Berry Random Wave3.57cross-domain

Open in Atlas →

Which Geometries Light Up

Catch24Catch24:SP_Summaries_welch_rect_area_5_1rank 4/2980.9999
Hodge–LaplacianHodge–Laplacian:poisson_recovery_errorrank 4/2984.6028
SymplecticSymplectic:phase_volume_exploredrank 4/2980.8226
in binary
alphabetical
← / → within domain · ⇧← / ⇧→ alphabetical · ⇧← / ⇧→ inside an open render = same view across sources