Yeah, actually that makes sense, so swap in Tessa for Chiyo. I'm talking to two people who know fluid dynamics of water, not of air. In theory they all use the same basic equations, but in practice the regimes are so different that you make entirely different assumptions based on what the dominant factors are. And well, there's a reason that fluid dynamics doesn't get any coverage until the end of freshman physics, and I'm not sure that Chiyo is that kind of genius. A submarine designer must know fluid dynamics, at the very least because of cavitation.
I have discussions like that with my best friend, but like 30% of the arguments we make are usually blatant bullshit, and we just seamlessly slip it in there without ever actually believing the wrong stuff. Things like "Have you considered using a philosopher's stone as a catalyst?" "Nah, too expensive, we can't even afford platinum in our lab."
If you add Mars' axial tilt to the lower latitude for where I put Neo Venezia, it comes out to pretty much the same range of seasonal variation in California -- the sticking point is that the day is a half hour shorter here on Earth. And the whole 2.3x more sunlight part -- so many undines with blue eyes, muhahaha. The people from Tokyo won't even notice moving 1° south.
I have discussions like that with my best friend, but like 30% of the arguments we make are usually blatant bullshit, and we just seamlessly slip it in there without ever actually believing the wrong stuff. Things like "Have you considered using a philosopher's stone as a catalyst?" "Nah, too expensive, we can't even afford platinum in our lab."
If you add Mars' axial tilt to the lower latitude for where I put Neo Venezia, it comes out to pretty much the same range of seasonal variation in California -- the sticking point is that the day is a half hour shorter here on Earth. And the whole 2.3x more sunlight part -- so many undines with blue eyes, muhahaha. The people from Tokyo won't even notice moving 1° south.
"Kitto daijoubu da yo." - Sakura Kinomoto