The Orbiting Espresso
A cramped galley module on the International Space Station at 03:47 UTC, where a pouch of rehydrated coffee has escaped its velcro strip and is drifting toward an open laptop running a live-streamed experiment worth eleven months of grant funding.
A microgravity blob of 185°F espresso — roughly 40 milliliters — is tumbling in slow motion toward Dr. Kenji Watanabe's unsaved fluid dynamics simulation on a ThinkPad bolted to the galley wall. The laptop's fan intake is pulling a faint current of air directly toward it. Double has a clean towel in one hand and thinks they can intercept the blob mid-drift. Bust wants to sacrifice the towel as a shield over the laptop and let the coffee splatter harmlessly against terrycloth — but that means nudging the laptop, which might disconnect the USB sensor array that's been recording data continuously for 16 days.
“I caught a rogue meatball at Thanksgiving doing 9 miles an hour — this thing is barely moving. One clean swipe, coffee's gone, laptop's fine, Kenji never has to know.”
“You caught that meatball with your shirt, and your mother still hasn't forgiven you. If you miss, forty milliliters of near-boiling liquid shorts out sixteen days of irreplaceable data in zero gravity.”
Double lunged with the towel and made contact — but the swipe split the blob into three smaller droplets, one of which threaded directly into the ThinkPad's fan intake like a heat-seeking missile. The simulation crashed at hour 387 of 388, and the resulting short filled the galley module with the smell of burnt espresso and destroyed academic careers.
That was three coffees, nobody said anything about three — the original one I totally had.
Sixteen days of continuous data, gone in the time it takes to pull a shot of espresso — which, poetically, is exactly what killed it.