What Your Name Says
About When You Were Born

Your first name carries a timestamp. The US Social Security Administration has published baby name counts every year since 1910, over 362M birth records across 115 years. Certain names cluster around specific decades. Jennifer is almost certainly a Boomer or Gen X. Liam almost certainly isn't. The data tells the story.

1910–2024

Years of data

104,737

Unique names

362M

Total births

Name Predictor

Type any first name to see when people with that name were most likely born, how its popularity changed over time, and the decade you'd predict for someone with that name today. Try , , or your own name.

1970s

median

80% of people named Jennifer were born

between 1967 and 1994

Peak popularity

1974

Jennifer (Female): share of all US births

Guess the Decade

Most names belong to an era. Pick the decade when most people with each name were born, then see the real curve. Only names concentrated in a single era are included, so every round has a fair answer.

When were most people named…Score 0/0

JasonMale

Name Time Machine

The top 10 names for every year since 1910. Press play and watch Mary give way to Linda, Jennifer and Emily, or switch to boys and see how long Michael held on. Bars show the number of babies given each name that year.

1950Top 10 names
1Linda
80,431
2Mary
65,482
3Patricia
47,944
4Barbara
41,555
5Susan
38,017
6Nancy
29,617
7Deborah
29,062
8Sandra
28,896
9Carol
26,163
10Kathleen
25,705
19102024

The Comeback Names

Some names peaked generations ago, nearly vanished, and then came roaring back. To qualify, a name had to peak before 1950, drop below 10% of its original peak for at least 20 consecutive years, then recover to more than 50% of its original peak after 2000. These are the vintage names that parents rediscovered.

GraceFemale
1910low 1977back 2001
EmmaFemale
1910low 1976back 2001
EleanorFemale
1915low 1984back 2021
EllaFemale
1910low 1987back 2003
StellaFemale
1910low 1995back 2014
LucyFemale
1910low 1978back 2014
LeoMale
1915low 1990back 2013
VioletFemale
1911low 1990back 2013
CoraFemale
1910low 1987back 2015
SadieFemale
1910low 1969back 2007
DaisyFemale
1910low 1972back 2024
SophieFemale
1917low 1971back 2002
ShelbyFemale
1937low 1952back 2001
AdelineFemale
1910low 1976back 2012
IsabelleFemale
1910low 1982back 2001
EloiseFemale
1921low 1991back 2015
LilaFemale
1930low 1988back 2007
HannahFemale
1910low 1957back 2001

Share of US births, 1910 to 2024. Filled dots: original peak and comeback year. Hollow dot: low point. Each chart uses its own scale so the shape is easy to see.

Names That Crossed Over

Many names that feel firmly gendered today were once used for both. The charts below show the male/female split over time for names that have seen meaningful usage by both genders (at least 10% each). Some crossed from predominantly male to predominantly female (or vice versa) within a single generation.

Kellycrossed over 1957
Male Female
Willie
Male Female
Jordan
Male Female
Terry
Male Female
Taylorcrossed over 1990
Male Female
Alexiscrossed over 1942
Male Female

Names That Belong to a Place

Some names are disproportionately concentrated in specific states. The ratio below compares a name's share of births in one state against its national average. A ratio of 10× means the name is ten times more common there than anywhere else.

NameStateState shareOverrep.
LeilaniHawaii0.19%12.81×
RosieMississippi0.26%12.24×
DanaMaine0.17%11.14×
LyleSouth Dakota0.17%10.52×
WillieMississippi0.37%10.09×
TysonUtah0.13%9.51×
LyleNorth Dakota0.15%9.43×
WillieMississippi1.16%9.24×
FredaWest Virginia0.09%9.14×
JohnnieMississippi0.12%8.85×

How It Works

The predictor uses the SSA's historical name counts as a probability distribution over birth years. For a given name, the share of births in each year, normalized against total US births that year to remove population growth bias, forms the prior. The p10, p50, and p90 percentiles of that distribution define the prediction range.

Common names that are concentrated in a single era (Jennifer, Brittany, Liam) produce tight, confident ranges. Names used continuously across decades (James, Mary, Elizabeth) produce wider ranges, which is honest: there genuinely is less information in those names.

  • The SSA dataset only includes names with at least 5 occurrences per state per year, so rare names are systematically underrepresented or missing entirely.
  • Gender is recorded as binary (M/F) based on SSA records at the time of registration.
  • Pre-1937 data is incomplete: Social Security card issuance wasn't universal until then, so early records skew toward certain demographics.
  • This is US-only data and doesn't capture naming patterns among US residents born abroad or immigrant naming traditions.
PythonPandasRechartsNext.js
View on GitHub