When Will We Run Out Of Names?

America has plenty of names for now, but the real pressure point isn’t running out of “Harry Potter” or “James Bond” style matches—it’s how quickly fame, branding, and online identity can make familiar names feel scarce. Census Bureau data cited in the segment puts the U.S. at 106 people named Harry Potter, 1,007 named James Bond, and eight named Justin Bieber. With roughly 150,000 last names and about 5,000 first names, the system can generate enough combinations to cover most people, so a literal “name shortage” is unlikely in the near term.

The more immediate twist is what happens when a name becomes associated with someone famous. As new notable people emerge—accelerated by the internet and search visibility—shared names get “claimed” socially. The segment uses a back-of-the-envelope model from computer scientist Samuel Arbesman: if “famous” means having a Wikipedia page, about 700,000 living people are famous today, or roughly 1 in 10,000 people worldwide. With 255 births per minute, that implies about one future “famous” person is born every hour. Even then, the math suggests it would take dozens of millennia for most people to expect a future famous person with their exact name to appear—especially since names shift over time as trends rise and fall.

Still, the scarcity question becomes sharper for memorable brand and band names. Rovi Corp, owner of AllMusic.com, is cited to show how saturated one-word band names already are: “Bliss” is the most used, followed by “Mirage,” “One,” “Gemini,” “Legacy,” “Paradox,” and “Rain.” As more bands form, overlap becomes harder to hide, pushing creators toward more distinctive constructions—sometimes even using punctuation or odd phrases. The segment also raises the modern bottleneck of usernames and email addresses, where uniqueness is enforced by systems rather than by social convention. People increasingly rely on abbreviations, initials, numbers, or entirely different handles, hinting at “peak username” behavior.

The segment then argues that the combinatorial space is enormous. The Social Security Administration allows up to 36 letters for a complete name; even with a simplified model that permits repetition, that yields about 3 sextillion possible combinations—more than Earth has atoms. To focus on pronounceability, it borrows a Randall Munroe estimate for naming stars: by treating pronounceable words as sequences of consonant-vowel pairs, there are roughly 10^5 such pair possibilities. That scale implies that giving every star in the observable universe a unique, pronounceable English name could be done with about 24 letters—similar to the number of digits needed to number them.

So the “name crisis” is less about exhausting the alphabet and more about how names function online. Handles and avatars can travel faster and wider than the people behind them, and anonymity can trigger the online disinhibition effect—making people more willing to mislead or behave differently. The segment adds that usernames and avatars can shape behavior through the Proteus effect, where the identity cues of a cyberspace self influence real-world actions and self-perception. In the end, names may not run out soon; instead, the internet may increasingly run on them—and sometimes, run people through them.