The Simpsons' latest episode explains blockchain and crypto

The latest episode of The Simpsons, one of the longest-running American TV shows, has just explained how blockchain and cryptocurrencies work.

In the episode "Frinkcoin" (S31, E13), Professor Frink introduces cryptocurrency to Lisa Simpson via "TV's most beloved scientist, Mr. Jim Parsons" — who played Sheldon Cooper in The Big Bang Theory.

Parsons goes on to explain, "the really cool subject of distributed consensus-based cryptocurrency."

THE SCOOP

Keep up with the latest news, trends, charts and views on crypto and DeFi with a new biweekly newsletter from The Block's Frank Chaparro

By signing-up you agree to our Terms of Service and Privacy Policy
By signing-up you agree to our Terms of Service and Privacy Policy

"For cryptocurrency to work, we need a record of every transaction that occurs. These are recorded in what's called a distributed ledger. When you use the currency, the transaction is recorded in the ledger. And when one ledger book gets filled up, we add to a chain of previous books. That's the blockchain," Parsons noted, continuing via a song:

"I'm a consensus of shared and synchronized digital data spread across multiple platforms from Shanghai to Grenada. Each day I'm closer to being the cash of the future. Not in your wallet, I'm in your computer."

Interestingly, Parsons' talk ends with a note, part of which says: "Also, we know who Satoshi is, but we're not telling."

About Author

Yogita Khatri is a senior reporter at The Block, covering all things crypto. As one of the earliest team members, Yogita has played a pivotal role in breaking numerous stories, exclusives and scoops. With nearly 3,000 articles under her belt, Yogita holds the records as The Block's most-published and most-read author of all time. Prior to joining The Block, Yogita worked at crypto publication CoinDesk and The Economic Times, where she wrote on personal finance. To contact her, email: [email protected]. For her latest work, follow her on X @Yogita_Khatri5.