They might have picked them up on Ganymede (hence the gravity-centric design) and most of the shops catering to space travelers are shut down after the attack, so they just had to take what was available.Oh, you mean Alex with his energy drinks while listening to country music? Yeah, it was a cool sequence, but to be honest, I was distracted by the fact the energy drinks were in ordinary cans. Why didn't they just by it in "bulbs" which are more friendly for 0G?
Alex and the Rocinante did not go to Ganymede.They might have picked them up on Ganymede (hence the gravity-centric design) and most of the shops catering to space travelers are shut down after the attack, so they just had to take what was available.
They might have picked them up on Ganymede (hence the gravity-centric design)
I suspect there are indeed zero-g drinking pouches for sale, but I'll bet they're more expensive in the Expanse Universe than regular cans, and not as convenient to find either.
IWas this the first we heard about Mao working for Mars? I had been assuming since he was working with Errinwright they were doing all of this either for Earth, or just for themselves independently.
That doesn't make sense, though, because "regular" cans would be pretty useless anyplace with significantly less than Earth gravity -- which means anyplace other than Earth, Venus, or a rotating habitat or ship under thrust, unless you can build cloud cities in the atmosphere of Saturn, Uranus, or Neptune. Anywhere else, the highest gravity you'd get is Martian/Mercurian gravity of 38%, which is pretty low and would cause fluids to slosh around easily and surface tension to be far more dominant in their behavior, requiring a different design for liquid containers. So low/microgravity-suitable drinking vessels would be more common everywhere except Earth because they'd have to be, and therefore they'd be less expensive too.
Long ago, in the worldbuilding for my own SF, I figured out a handy fact about the known bodies of the Solar System. The ones that have a reasonable chance of being settled by humans basically break down into five surprisingly distinct gravity classes, which I coined labels for:
1. Terran, 0.9-1.14 g (Earth, Venus, cloudtops of the 3 smaller giants)
2. Martian, 0.38 g (Mars, Mercury)
3. Lunar, 0.13-0.18 g (Luna, the Galilean moons, Titan)
4. Hadean, 0.06-0.08 g (moon Triton and dwarf planets Eris, Haumea, Pluto, Makemake)
5. Cerean, <0.04 g (other large moons, dwarfs, and asteroids)
As you can see, there's a pretty huge gap between Earthlike gravity and the next-highest thing. So one can't assume that the way things behave under Earth gravity is an exemplar for what they'd be like on most Solar bodies.
So basically, using this...we are arguing over the shape of a container an energy drink comes in when we should be wondering how the hell Martians can come to Earth and walk around like it's normal. Ah Scifi fans....gotta love us.
I figure they wanted something the audience could identify.
They're both questions that illustrate the effects of different gravities, so they're equally worth addressing. There's so much we Earthlings take for granted about physics just because we have no experience with other gravity levels. The ways in which fluids behave differently in low gravity are very important to many aspects of design, including the design of spaceship fuel tanks and pumping systems. Everything that handled liquids would have to be designed very differently in low gravity or microgravity. Bathtubs and sinks would have to be much deeper, and maybe have inward-curving rims. Swimming pools might be a tricky proposition. And so on.
The great thing about science is that everything is connected. The same principles and processes apply universally, so understanding them in one context helps you understand them in others. So no science question is bigger or smaller than another, no matter how it may seem. That's the point of Isaac Newton's famous anecdote about figuring out the motion of the planets based on observing the fall of an apple (which has been embellished into the myth that it hit him on the head). It's all connected, regardless of scale, so a minor example can be just as enlightening as a cosmic one.
For me this season ha just become interesting. With Bobbie knowing the partial truth (and her second opinion on Earth) as well the confession of Errinwright the whole Earth storyline will be advanced forwards after being in partial hiatus this season.I finally got caught up, and the last few episodes have been good. Not necessarily the best the show's been, but still pretty solid.
I was not expecting Errinwright (I checked the recap on the Syfy site and that is the correct spelling) to actually confess everything to Avaserala like that. Was this the first we heard about Mao working for Mars? I had been assuming since he was working with Errinwright they were doing all of this either for Earth, or just for themselves independently.
It will be very interesting to see what happens with Bobbi now that she's heard about the Protomolocule.
I have to admit, I was kind of wondering about cans in 0g myself.
It wasn't really meant as an insult.
So basically, using this...we are arguing over the shape of a container an energy drink comes in when we should be wondering how the hell Martians can come to Earth and walk around like it's normal. Ah Scifi fans....gotta love us.
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