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TIL Archeologists excavating burial sites from 4000 BC have discovered clay pots repaired with glue made from tree sap.

GYxOQ TIL Two days before the 1976 Israeli raid on Entebbe Airport to rescue hostages, Idi Amin allowed one of the sick Jewish passengers to be taken to a local hospital and allowed her to stay there after receiving treatment but sent a squad to murder her when he felt humiliated by the Israeli action
871V TIL North Korea holds elections every 5 years in which the ballots list only one candidate.
5YPXR TIL: That in 2014, the US Army sent 14,000 conscription letters to men born in the 1800s because of a Y2K-like bug.
PYJJL TIL that in 5 US states the gas chamber is still a legal way of execution
KOO7Q Imagine yourself at a concert hall looking at a symphonic orchestra on stage. Have you ever noticed that high-pitched strings sit left of low-pitched strings? Going from left to right, one usually sees violins, violas, cellos and double basses. That is, one moves from high pitches on the left to low pitches on the right. Why? The orchestra’s arrangement is not a cultural oddity, like driving on the right side of the road. Rather, it is due to our own biological makeup. Higher pitches tend to be better processed by the left hemisphere of the brain, while lower pitches tend to be better processed by a similar region in the right hemisphere. This organisation is thought to have repercussions far beyond music, perhaps even helping to explain why language is mostly processed in the left hemisphere. So the part of my brain that better processes high sounds sits where the higher-pitched instruments sit: on the left. But that’s not the end of the story.