Results: Longitudinal Health & Longevity Analysis

Overview

This study analyzed 936 verified celebrity deaths to test direct astrological correlations with longevity and the timing of death. We employed a "Transit vs. Natal" approach, calculating the angular distance between planetary positions at death and at birth.

Data Source

Key Findings

1. The "Planetary Return" Effect (Timing of Death)

We tested whether death dates cluster around specific phases of planetary cycles relative to the birth chart.

Planet Mean Cosine p-value Effect Interpretation
Sun +0.011 0.628 None No Birthday Effect. Deaths do not cluster near birthdays.
Moon -0.049 0.038* Opposition Slight tendency to die when Moon is opposite natal Moon.
Mercury +0.046 0.042* Conjunction Slight tendency to die near Mercury Return.
Venus +0.043 0.064 None Random distribution.
Mars +0.028 0.236 None Random distribution.
Jupiter -0.018 0.425 None Random distribution.
Saturn +0.136 <0.001* Conjunction Artifact of Age (Deaths cluster near Saturn Returns at 59/88).
Uranus +0.226 <0.001* Conjunction Artifact of Age (Deaths cluster near Uranus Return at 84).
Neptune -0.590 <0.001* Opposition Artifact of Age (Deaths cluster near Neptune Opposition at ~82).
Pluto -0.420 <0.001* Opposition Artifact of Age.
North Node -0.052 0.026* Opposition Slight tendency to die when Nodal axis is same but reversed?

Analysis:

2. The Birthday Effect (Sun Return)

A popular myth states people die near their birthdays. Our data refutes this.

3. Mortality by Sun Sign

Do certain signs live longer?

Sign Mean Age Diff from Avg
Cancer 70.9 +4.9 yrs
Taurus 68.6 +2.6 yrs
Libra 68.4 +2.4 yrs
... ... ...
Aquarius 62.9 -3.1 yrs
Scorpio 61.9 -4.1 yrs

Statistical Test: Chi-square p = 0.964. The differences are random noise. No sign statistically lives longer than others.

4. Mortality by Element

5. Saturn & Neptune Aspects

Conclusion

We found no evidence that Sun Signs, Elements, or traditional "malefic" aspects (Saturn) predict longevity. The Birthday Effect is also non-existent in this dataset.

However, we detected statistically significant (p < 0.05) non-uniformity in the timing of death relative to Moon (Opposition) and Mercury (Return) cycles. While the Outer Planet correlations are artifacts of age, the Fast Planet signals warrant further investigation on a larger dataset, as they cannot be explained by lifespan demographics.