Skip Navigation
Another mystery solved.
  • I think that it’s implicit that the volume of Godzilla would increase; we need to assume that the bounding layer has a degree of elasticity and that that the matter displaced by the flotation cavity will expand into that, reducing the net density.

    Mighty Godzilla, with power untold

    Rises through the waves; his powers unfold

    Hidden muscles in clever design

    Create a new chamber as they realign

    Inflating his body, a titanic display

    Defying the depths, he floats up and away

    No long bound by the oceans’s might

    Godzilla soars, a triumphant sight!

  • Negative electricity prices registered in nearly all European energy markets
  • You are right that you need to dehumidify a large volume of air (like, more than 150 cubic metres) to get enough water for a person, in a rationing scenario. That isn’t necessarily a huge problem; fans can move large volumes of air quite efficiently and dehumidifiers work more efficiently at higher temperatures, but your main point that it isn’t scalable on a population level is definitely true - it’s something you can do for off grid or survival situations, but not easily for domestic water supply.

  • Negative electricity prices registered in nearly all European energy markets
  • That’s 17g or 17cc per cubic metre, not 17 litres!

    In dry countries the relative humidity can be low - sub 40% is common. That said, the absolute water carrying capacity increases rapidly with temperature, so at 40C, the saturation mass is more like 50g/m3 and at 40%RH it still carries more water than 100%RH air at 20C.

  • InitialsDiceBearhttps://github.com/dicebear/dicebearhttps://creativecommons.org/publicdomain/zero/1.0/„Initials” (https://github.com/dicebear/dicebear) by „DiceBear”, licensed under „CC0 1.0” (https://creativecommons.org/publicdomain/zero/1.0/)AL
    alberttcone @sh.itjust.works
    Posts 0
    Comments 4