BSL gap vector from Collatz orbits --- number of halvings between consecutive odd steps (v_i in the Böhm-Sontacchi-Lagarias equation). Distribution approximately geometric(1/2) with correlations encoding the multiplicative walk structure of 3n+1
Standard analysis sees: heavy-tailed; right-skewed; few distinct values; aperiodic / broadband. The atlas finds no named structure, but the source is distinctively extreme on Attractor Reconstruction:lyap_sum (-3.9z) — beyond what the standard bank predicts for it.
Attractor Reconstruction:lyap_sum | -3.9z | bank-miss 2.5σ |
Zipf–Mandelbrot (16-bit):zipf_alpha | +3.2z | bank-miss 1.1σ |
Fixed alphabet — only 14 distinct symbols across 16384 samples.









_(centered)/signed_log_z/Collatz_Gap_Lengths.png)
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/barcode/Collatz_Gap_Lengths.png)
/d_curve/Collatz_Gap_Lengths.png)








/phi_spectrum/Collatz_Gap_Lengths.png)










/default/Collatz_Gap_Lengths.png)
/default/Collatz_Gap_Lengths.png)


| Nearest neighbor | Distance | |
|---|---|---|
| Poker Hands | 2.66 | cross-origin |
| Geometric Waiting Times | 3.52 | cross-origin |
| Prime Gaps | 3.62 |
Zipf–Mandelbrot (16-bit) › Zipf–Mandelbrot (16-bit):zipf_r_squared | rank 1/307 | 0.9929 |
Zipf–Mandelbrot (16-bit) › Zipf–Mandelbrot (16-bit):zipf_alpha | rank 4/307 | 2.3881 |
Zipf–Mandelbrot (8-bit) › Zipf–Mandelbrot (8-bit):zipf_alpha | rank 2/307 | 3.6218 |