Type Your Name to See How Rare It Really Is
Philosophers spent whole lifetimes asking what a name truly is, and the best answer they produced was a shrug in ancient Greek. Our scanner is less patient. Feed it your first name and it will weigh the letters, squint at the syllables, and issue a rarity verdict with total, unearned confidence.
This is a toy, not a census. The machine cannot see birth records; it can only see vibes, and vibes are famously enough. Type the name people actually call you, press the button, and accept whichever tier fate assigns. Appeals may be filed directly with the void.
See every possible result for this quiz and what each one means →
There is real data, and it is free
In the United States the Social Security Administration publishes annual lists of given names drawn from card applications, running back to 1880, with a name appearing only once it reaches at least five occurrences in a year. England and Wales, Scotland, France, Norway and many other countries release equivalents. Anyone who genuinely wants to know how unusual their name is can answer the question in an afternoon without paying for anything.
Names have grown far less concentrated
The clearest trend across a century of those files is dispersion. The handful of names at the top once accounted for a striking share of all babies born; that share has fallen a long way, and the leading name in a recent year covers a much thinner slice of its cohort than the leading name of the 1880s did. More names are in circulation, and they cycle through fashion faster.
The shape of the distribution stays lopsided throughout: a few names enormously common, then a very long tail held by tiny numbers of people. That steep trade-off between rank and frequency shows up in word usage and city sizes as well. It also means rarity is the ordinary condition. Most names are rare. The common ones are the anomaly.
Surnames die out, and somebody did the maths
In the 1870s Francis Galton, troubled by the observation that distinguished families seemed to vanish, put the problem to the mathematician Henry William Watson. What came back was a model of whether a family line survives or dies depending on how many sons each generation produces. It is the branching process that still carries both their names and stands as one of the founding objects of modern probability theory.
Their original answer overstated how often extinction occurs, and the error was corrected by later mathematicians. The model itself has been in continuous use ever since, applied well beyond surnames to anything that reproduces in generations.
About the scanner
It consults no records whatsoever. It weighs letters and issues a tier with the unearned confidence the introduction already confessed to. The verdict is a party trick, the published files are the real answer, and the real answer is kinder than you might expect, because on the evidence almost everybody turns out to be uncommon.
How this one works: the name you type is turned into a number, and that number picks one of the results below. It is a party trick rather than a reading — the fun is in which one you land on, not in it being true.
