Naming · Guide
See how baby naming trends evolved from the 1950s to today.
Baby name fashion moves in waves. A name peaks, fades, then often returns a generation later. Looking at the last hundred years of trends shows clear patterns — and helps you decide whether you're picking a name on its way up, at its top, or quietly cycling back.
Names like Mary, John, Helen, and William dominated. Many of them are returning gently in 2026 as parents reach for unfussy classics.
Linda, Susan, Richard, David. The post-war era favoured names that felt safe and aspirational. Some have aged in (David, James) and some out (Linda, Susan).
Jennifer, Jessica, Michael, Christopher. Long Anglo classics ruled for two decades.
Old names came back: Emma, Olivia, Ethan, Noah. Many of these still anchor today's top 100 list.
Today's parents are choosing shorter names with global recognition. Mia, Leo, Aria, Kai. Origin pools beyond Anglo-Saxon — Arabic, Japanese, Hebrew — are visibly accelerating.
Names tend to feel "fresh again" about 100 years after their last peak. Names that felt grandparent-stale in the 1980s (like Edith or Arthur) are now climbing again. The cycle is reliable enough to use as a forecasting tool.
Three signals tend to forecast where naming is heading. First, names appearing in popular fiction usually surge five to seven years later. Second, names from immigrant communities reaching second-generation maturity move into the mainstream. Third, names from the 1920s-30s are reliably due for a revival a century later.
If you want a name that will feel current in 2050, look at the names just outside today's top 200 — those are the candidates climbing without being saturated yet. Use the advanced search to surface names that are common enough to be familiar but rare enough to feel chosen rather than copied.
Trends are useful as context, not as instruction. If you want a name that's quietly rising, look at the 1920s and 1930s charts. If you want safe and current, look at today's top hundred. The advanced search lets you filter by length and origin to see how each pool is moving.