Poisson Spacings

quantum · 36 views
quantum

What It Is

Uncorrelated Poisson spacings P(s)=exp(-s) --- integrable quantum systems, no level repulsion

Interpretation

Standard analysis sees: heavy-tailed; right-skewed; aperiodic / broadband; high-complexity (noise-like). The atlas finds no named structure, but the source is distinctively extreme on Level Statistics:wd_classification (-2.2z) — beyond what the standard bank predicts for it.

What standard analysis sees
tail heaviness0.86
asymmetry0.91
occupancy0.35
short-range corr0.30
long-range memory0.35
spectral colour0.71
periodicity0.06
complexity0.99
time-irreversibility0.56
volatility clustering0.30
multifractality0.36
dimensionality0.58
nonstationarity0.37
What the atlas adds
Atlas-extreme metrics the standard bank can’t predict for this source
Level Statistics:wd_classification-2.2zbank-miss 1.0σ

Composition

dtypefloat64
range[0.0001026, 9.231]
unique values16384 / 16384
mean ± std0.991 ± 0.995

Render Gallery

Atlas Position

Nearest neighborDistance
Geometric Waiting Times2.03cross-domain
Prime Gaps2.72cross-domain
Zipf Distribution2.90cross-domain

Open in Atlas →

Which Geometries Light Up

D4 TrialityD4 Triality:spectral_transitionrank 2/2980.2480
Higher-Order StatisticsHigher-Order Statistics:perm_entropyrank 4/2980.9993
NonstationarityNonstationarity:trajectory_dimrank 3/2980.8197
Ordinal PartitionOrdinal Partition:statistical_complexityrank 295/2980.0003
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