This photo shows water from a faucet interacting with honey on glass plate. The water is flowing fast and the disruption creates turbulence which interacts with the highly viscous honey.


This photo shows water from a faucet interacting with honey on glass plate. The water is flowing fast and the disruption creates turbulence which interacts with the highly viscous honey.
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Hi Rachel. This looks a little like the Kaye Effect. Try looking that up. Kaye, who discovered and published on the effect in 1963, was famous for admitting that he had no explanation for it. This was catnip to other fluids researchers but it was 40 years before a partial explanation emerged.