Benford's Law

stochastic-process · 37 views
stochastic-processstochastic

What It Is

Benford-distributed significands --- leading-digit law P(d) = log₁₀(1+1/d), the distribution of first digits in real-world datasets spanning multiple orders of magnitude

Interpretation

Standard analysis sees: aperiodic / broadband; high-complexity (noise-like). The atlas detects no named structure beyond this.

What standard analysis sees
tail heaviness0.51
asymmetry0.80
occupancy0.76
short-range corr0.36
long-range memory0.33
spectral colour0.70
periodicity0.05
complexity0.95
time-irreversibility0.64
volatility clustering0.27
multifractality0.20
dimensionality0.70
nonstationarity0.32
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, 9.999]
unique values16384 / 16384
mean ± std3.73 ± 2.44

Render Gallery

Atlas Position

Nearest neighborDistance
BSL Residues2.84cross-origin
Wichmann-Hill2.91cross-origin
MT19937 (Mersenne Twister)2.92cross-origin

Open in Atlas →

Which Geometries Light Up

Catch24 › Catch24:SB_MotifThree_quantile_hhrank 3/3062.1971
Spectral Analysis › Spectral Analysis:spectral_peakednessrank 302/3060.0005
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