e Digits

number-theory · 37 views
number-theoryhigh-entropy

What It Is

Base-256 digits of Euler's number e's fractional part. Transcendental (Hermite 1873); conjectured normal but unproven.

Interpretation

Standard analysis sees: rich, high-entropy values; aperiodic / broadband; high-complexity (noise-like); high-dimensional / space-filling. The atlas detects no named structure beyond this.

What standard analysis sees
tail heaviness0.31
asymmetry0.46
occupancy0.97
short-range corr0.34
long-range memory0.33
spectral colour0.65
periodicity0.10
complexity0.93
time-irreversibility0.37
volatility clustering0.21
multifractality0.20
dimensionality0.94
nonstationarity0.23
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

dtypeuint8
range[0, 255]
unique values256 / 16384
mean ± std128 ± 73.6

Render Gallery

Atlas Position

Nearest neighborDistance
AES Encrypted1.74cross-origin
Pi Digits1.90
√2 Digits1.91

Open in Atlas →

Which Geometries Light Up

Mostow RigidityMostow Rigidity:volume_entropyrank 4/3074.4979
Zipf–Mandelbrot (16-bit)Zipf–Mandelbrot (16-bit):hapax_ratiorank 5/3070.8807
in continuous-flows
alphabetical
← / → within domain · ⇧← / ⇧→ alphabetical · ⇧← / ⇧→ inside an open render = same view across sources