July 28, 2026
Proof, panic, and punchlines
Solving Fermat: Andrew Wiles
The genius who chased one impossible puzzle for years, blew it, then came back swinging as the comments turned it into memes
TLDR: Andrew Wiles spent years proving a famous math puzzle, hit a devastating error, then fixed it and finally won. In the comments, people were split between admiration, retirement speculation, website roasting, and a joke so good it nearly stole the whole story.
Andrew Wiles’ story already sounds like prestige-movie material: a boy finds a famous math puzzle in a library, becomes obsessed, spends years secretly trying to crack it, announces victory in 1993, then gets hit with the nightmare twist — there’s a mistake in the proof. Instead of becoming the man who solved a 300-year-old riddle, he briefly became the man whose life’s work looked like it might collapse. He eventually fixed it and reached the finish line, but in the comments, the crowd is treating this like equal parts genius saga, heartbreak, and internet comedy hour.
The strongest reaction is a mix of awe and wisecracks. One commenter immediately points people to Simon Singh’s book, basically saying, “If you want the drama, start here.” But the biggest laugh came from the user who shamelessly recycled Fermat’s most famous line: “I have a truly marvellous comment on this, which this comment box is too small to contain.” That joke alone basically won the thread.
Then came the side drama. One person raised an eyebrow at why a piece from 2000 is resurfacing now, hinting it might be tied to Wiles retiring. Another commenter randomly dragged the website itself, calling it the “most offensively-themed serious site” they’d ever seen — because apparently even a legendary math triumph can’t escape web-design slander. And in classic modern-internet fashion, somebody used the moment to launch into whether recent artificial intelligence discoveries mean old impossible-looking math problems may have been easier than experts thought. So yes: the theorem was solved, but the real action was in the replies, where hero worship, nitpicking, and top-tier nerd humor all collided.
Key Points
- •Andrew Wiles says he became fascinated with Fermat’s Last Theorem as a child after finding a book about it in a public library.
- •The article explains Fermat’s Last Theorem as the claim that the equation x^n + y^n = z^n has no whole-number solutions when n is greater than 2.
- •Wiles distinguishes between checking many numerical examples and producing a rigorous proof that applies to infinitely many cases.
- •The article notes that Wiles announced a proof in 1993, but an error in the calculation later jeopardized the result.
- •Wiles says Fermat’s Last Theorem became famous because it appears simple to state yet proved extraordinarily difficult to solve over centuries.