Oh, that's simple.
The bottom of the slinky simply doesnt know that it has been dropped yet
The same thing happens when you push a solid object. Both ends don't move at the same time. The end closest to the pushing point moves first.
I don't know how to explain the exact science behind it.
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gravity is passive [spoiler] ...a casual loop within this toggler's mechanism suggests that the toggling process somehow binds space and time into... [/spoiler]
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[quote]Oh, that's simple. The bottom of the slinky simply doesnt know that it has been dropped yet The same thing happens when you push a solid object. Both ends don't move at the same time. The end closest to the pushing point moves first. I don't know how to explain the exact science behind it.[/quote]