name string | description string | creator string | source_url string | license string | license_url string | attribution string | temporal_coverage string | total_dates int64 | method string | overall_distribution list | master_numbers_by_decade list |
|---|---|---|---|---|---|---|---|---|---|---|---|
Life Path Distribution — Calendar Dates 1900–2025 | Frequency of every Pythagorean Life Path number (1–9, 11, 22, 33) across all 46,021 calendar dates from 1900-01-01 to 2025-12-31. Computed with segmented reduction and master-number preservation. | NYMERO | https://nymero.org/life-path-distribution/ | CC BY 4.0 | https://creativecommons.org/licenses/by/4.0/ | Source: NYMERO — Life Path Distribution, 1900–2025 (CC BY 4.0). https://nymero.org/life-path-distribution/ | 1900-01-01/2025-12-31 | 46,021 | Pythagorean segmented reduction: month, day, and year reduced separately with master numbers 11/22/33 preserved, then summed and reduced once more with master preservation. | [
{
"life_path": 1,
"dates": 5113,
"percent": 11.11
},
{
"life_path": 2,
"dates": 2195,
"percent": 4.77
},
{
"life_path": 3,
"dates": 5114,
"percent": 11.11
},
{
"life_path": 4,
"dates": 3650,
"percent": 7.93
},
{
"life_path": 5,
"dates": 5113,
... | [
{
"decade": "1900s",
"lp11": 219,
"lp22": 125,
"lp33": 10,
"total_masters": 354,
"note": null
},
{
"decade": "1910s",
"lp11": 217,
"lp22": 129,
"lp33": 11,
"total_masters": 357,
"note": null
},
{
"decade": "1920s",
"lp11": 236,
"lp22": 107,
"lp... |
Life Path Number Distribution, 1900–2025 (46,021 dates)
How often each numerology Life Path number (1–9, 11, 22, 33) occurs across every calendar date in a 126-year window.
This dataset gives the exact frequency of each numerology Life Path number across all 46,021 calendar dates from 1900-01-01 to 2025-12-31. Life Path is computed by the standard Pythagorean method (sum of the digits of the full date, reduced to a single digit, preserving the master numbers 11, 22 and 33).
Key findings: core numbers 1, 3, 5, 7, 8 and 9 each occur in 11.11% of dates; 2 (4.77%), 4 (7.93%) and 6 (10.43%) are lower because they lose dates to their master counterparts; master 11 = 6.34%, 22 = 3.18%, and 33 = just 0.68% — the rarest, and mathematically impossible in January and October. Each master+root family (2+11, 4+22, 6+33) sums to exactly 11.11%.
Method is fully reproducible; see the source page. Free to reuse with attribution (CC BY 4.0).
Source & attribution
- Study / source page: https://nymero.org/life-path-distribution/
- Methodology: https://nymero.org/methodology/
- License: CC BY 4.0 — Source: NYMERŌ — https://nymero.org/life-path-distribution/ (CC BY 4.0).
Published by NYMERŌ ( https://nymero.org/life-path-distribution/ ).
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