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Scientists used children’s ‘silly sprinklers’ to solve a physics problem Richard Feynman could not; the r

Researchers have solved a decades-old physics mystery involving 'silly sprinklers' that previously baffled Richard Feynman.

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2110Jul 21 05:29Jul 21 13:29 UTC

The brief

Scientists have resolved a long-standing physics puzzle concerning the behavior of children's 'silly sprinklers.' According to coverage from Tech Times, the solution identifies momentum flux, rather than fluid swirl, as the mechanism that causes the sprinklers to spin in both directions. Reports from ScienceDaily, The Times of India, and Mines Newsroom emphasize that the breakthrough involved putting the sprinklers in reverse.

A researcher from Mines contributed to the effort to unravel the mystery that Richard Feynman was unable to solve. Future focus remains on the application of these findings regarding momentum flux and the dynamics of fluid motion as described in the reported research.

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Quick answers

What was the specific cause of the sprinkler's spin?

According to Tech Times, momentum flux—not fluid swirl—is what spins the device both ways.

Who was the famous physicist previously unable to solve this problem?

The coverage identifies Richard Feynman as the physicist who could not solve the puzzle.

What method helped scientists reach the solution?

Mines Newsroom reports that researchers helped put the 'silly sprinklers' in reverse to solve the problem.

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