Yes, but I definitely think the probabilities are off - the explanation, which I agree with, states "a random birth is far more likely to fall near the present."
But it appears to be drawing much more uniformly from the years than you'd expect given the probability curve (population curve) pictured.
Bear in mind that the population curve defaults to a log scale on the year axis. If you switch it over to linear, that big fat area at the end shrinks to a needle-like spike..
Yes, but I definitely think the probabilities are off - the explanation, which I agree with, states "a random birth is far more likely to fall near the present."
But it appears to be drawing much more uniformly from the years than you'd expect given the probability curve (population curve) pictured.
Bear in mind that the population curve defaults to a log scale on the year axis. If you switch it over to linear, that big fat area at the end shrinks to a needle-like spike..
1956 CE: https://anyhumanever.com/life/1409269740-1599827252-31263759...
I got 1951: https://anyhumanever.com/life/982671145-1647234921-653406957...
1816 CE: https://anyhumanever.com/life/1323665477-1682995380-16357802...
Managed to roll a guy born in 1988 in the eastern US. He hasn’t married yet and he’s still alive.
1980CE, Nile Valley, died at 68 from cardiovascular disease.
You can chose.