Gaussian Collatz Orbit

number_theory · 36 views
number_theory

What It Is

Collatz map over Gaussian integers Z[i] with divisor pi=1+i and multiplier 3. Signal is split into 4 segments: 3 seeded from the proven period-16 cycle starts (2-8i, -48+4i, -43-35i) and 1 from random init showing the divergent regime. Captures both the proven cycle dynamics and the surrounding chaotic divergence

Interpretation

Standard analysis sees: anti-persistent; nonstationary / drifting. The atlas additionally detects combinatorially flat (normal-sequence). It sits beside Gut Motility in the atlas (standard-bank rank 144) — a neighbor conventional features miss.

What standard analysis sees
tail heaviness0.78
asymmetry0.60
occupancy0.35
short-range corr0.52
long-range memory0.10
spectral colour0.53
periodicity0.53
complexity0.46
time-irreversibility0.42
volatility clustering0.67
multifractality0.52
dimensionality0.34
nonstationarity0.97
What the atlas adds
combinatorially flat (normal-sequence)+2.3z
every fixed-length block is near-equiprobable and longer context yields no extra predictability — the De Bruijn / normal-number signature (distinct from random noise, which sits mid-scale)
names deterministic flatness — IID noise sits neutral, NOT at this pole
Atlas-extreme metrics the standard bank can’t predict for this source
Nonstationarity:vol_of_vol+4.5zbank-miss 1.8σ
Zipf–Mandelbrot (8-bit):entropy_nonstationarity+4.5zbank-miss 1.3σ
Nonstationarity:ac1_trend-3.5zbank-miss 1.2σ
Möbius-S³:spinorial_asymmetry+3.2zbank-miss 1.3σ
D4 Triality:triplet_temporal-2.7zbank-miss 3.8σ
Spirograph:angular_order+2.6zbank-miss 2.6σ
Hyperbolic (Poincaré):spatio_temporal_corr+2.1zbank-miss 2.3σ

Composition

dtypefloat64
range[-16.04, 16.01]
unique values3090 / 16384
mean ± std-0.134 ± 5.24

Render Gallery

Atlas Position

Nearest neighborDistance
Accel Walk5.45cross-domain
Speech "Zero"5.56cross-domain
Speech "Nine"5.59cross-domain

Open in Atlas →

Which Geometries Light Up

Catch24Catch24:DN_OutlierInclude_n_001_mdrmdrank 1/2980.7272
Catch24Catch24:DN_OutlierInclude_p_001_mdrmdrank 2/2980.7280
Catch24Catch24:SC_FluctAnal_2_rsrangefit_50_1_logi_prop_r1rank 2/2980.8460
Hyperbolic (Poincaré)Hyperbolic (Poincaré):spatio_temporal_corrrank 3/2980.8467
Hölder RegularityHölder Regularity:holder_meanrank 1/2981.3452
LaplacianLaplacian:gradient_curvature_anticorrelationrank 294/298-0.0793
Möbius-S³Möbius-S³:spinorial_asymmetryrank 3/2980.1883
NonstationarityNonstationarity:regime_persistencerank 2/2981.0000
NonstationarityNonstationarity:variance_trendrank 2/2980.7917
NonstationarityNonstationarity:vol_of_volrank 2/2982.9432
NonstationarityNonstationarity:metric_volatilityrank 295/2980.2886
NonstationarityNonstationarity:ac1_trendrank 296/298-0.2601
SpirographSpirograph:petal_symmetryrank 1/2980.7404
SpirographSpirograph:angular_orderrank 5/2988.0000
Zipf–Mandelbrot (8-bit)Zipf–Mandelbrot (8-bit):entropy_nonstationarityrank 2/2980.5980
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