The Veil of History
A thought experiment, with arithmetic

Forget who you are. You are a ticket drawn from every human ever born.

Behind a universal veil of ignorance you could be born as anyone who has ever lived — weighted not by the centuries, but by the sheer number of births in each. So where, when, and into what would the draw most likely place you?

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human beings have ever been born · you are one random draw among them
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I.  The arithmetic of oblivion

First, when. Almost certainly the deep past.

The lottery is decided by where the births are — and most births happened long ago, under high mortality. The Neolithic alone outweighs every century since. Each bar is the number of humans born in that era.

If all 117 billion were 100 people…

Each figure ≈ 1.17 billion people. Hover to explore.
81%
were born before the year 1650 — pre-industrial, pre-modern, agrarian or foraging.
94%
were born before 1900. The modern world is a sliver of human experience.
7%
of everyone ever born is alive today. Being a modern person is rare.
II.  The ten most probable lives

So who would you actually be?

Cross every region with every era, rank the results by how many people were born into each, and the abstraction becomes ten real lives. These are the most likely circumstances of your birth — and almost every one is a farmer, long ago, somewhere in Asia.

III.  Explore the map · where you land

Watch the centre of humanity move.

Each era's births are spread across the real world by that region's share of the living population. Drag the slider or press play to follow the odds across 12 eras. Click any country to chart its share through all of history — or switch to cumulative for the running total.

fewer births more births

A region is painted onto today's country borders just to help you orient — it's an approximation. Those borders didn't exist for most of history, and each country is coloured by its whole macro-region, not by itself. (Russia is shown with the Eurasian steppe.)

190k BCE8000 BCE1 CE120016501900today

The bottom line — your odds across all of history

IV.  Your most likely condition

Whatever the map says, the life was hard.

Because the draw is overwhelmingly pre-modern, the typical circumstances are nearly fixed regardless of region: subsistence, illiteracy, and a coin-flip on surviving childhood. Figures are birth-weighted across all of history.

%

Born into extreme poverty

At subsistence — the standard of living that defined nearly all of humanity until two centuries ago.

%

Sibling cohort lost in childhood

Roughly one in two children died before age 15 for most of human history. Your own odds of reaching adulthood were little better than a coin toss.

%

Unable to read a single word

Literacy was the privilege of a tiny elite. The overwhelming majority of humans who ever lived never read or wrote.

V.  The odds of an easy life

Electricity? A flush toilet? Almost certainly not.

A middle-income lifestyle or better — electricity, public sanitation, clean water, enough to eat — is a creature of the last few generations. Birth-weighted across everyone who ever lived, the comforts most readers take for granted are vanishingly rare.

of all humans ever born lived a modern, middle-income life or better — born after 1950 and above extreme poverty. Roughly 19 in 20 never did.
VI.  Could you have been someone remarkable?

A noble? A warrior? A king?

The fun — and sobering — question: what were the odds the draw made you something other than a farmer? These are rough order-of-magnitude estimates from historical class structures, not the core birth model, but the scale is the point.

VII.  Cast the lot

Draw a life from the urn.

Each press samples a real birth from the full distribution — first an era, then a region within it, then your fortunes within that world. Press until the abstraction becomes a person.

No lives drawn yet.
LOT № 000000THE VEIL OF HISTORY
Press “Draw a life” to receive your lot among the 117 billion.
VIII.  How the model works

How the numbers are built.

The birth totals per era are well documented. The split into regions is an estimate, so the model carries that uncertainty explicitly. Here's exactly how it works.

The estimator

Births per era come straight from the Population Reference Bureau. Each era's births are split across regions by that era's share of the living population — a stated proxy for its share of births. Cumulative births in a region are simply:

births(region)  =  Σera  [  births(era)  ×  populationShare(region, era)  ]

Ranges come from a Monte-Carlo: each era's shares and birth total are perturbed by log-normal noise whose width grows for older, less certain eras (σ from 0.03 today up to 0.45 in the Paleolithic), renormalized, and summed over 4,000 draws. We report the median and the 5th–95th percentile.

The share matrix (central estimates, % of each era's population)

Sources

The record.