@chucker@WebDesignMuseum Nah, 7.0 is too complicated for a good logo. A circle, and a square, and an eye, and a wave background, and, bizarrely, a small Adobe logo. Too much.
The later feathers are naff, and the 'Ps' logos are boring and lazy.
@vpostrel Nah, you just had to stay up late to watch old films on TV. Or find that one run-down cinema in your city that played ‘weird’ and cult films.
@Jamie308746@SawyerMerritt Australia is ideal for EVs really — so much potential for local solar and wind, instead of expensive imported diesel (Currently $3 / L due to the war in Iran)
@BestMovieMom I loved the film, but two other things bothered me:
1. they send a botanist, but not a single packet of seeds?
2. they're sending multiple missions to Mars but there's still a shortage of rockets? (SpaceX has made this point moot)
@TheByteRacoon@tobyliiiiiiiiii Both O₂ and CH₄ are gases at room temperature. They won't be sitting around as liquid. O₂ fumes are good, and CH₄ is non-toxic, so low concentrations probably won't be an issue.
@fillgoss @johngoddard @elonmusk Every living creature apart from the humans — the people in the US are a lot more deadly than in Aus. Compare the murder and gun homicide rates for example
@100MBTC@lrocket Everything I've read says that delta-v to main belt asteroids is only slightly higher than to the lunar surface, and delta-v to many near-Earth asteroids are less than to the Moon. Even Phobos and Deimos are lower delta-v than the Moon if you use aero-braking.
Not an expert tho.
@joequant I think that should be 300 GW of solar capacity per year, not 300 Gwh, which would average to about 60 GW continuous @ 20% capacity factor.
And 8534000 GWh per year is ~975 GW.
So it should take them ~16 years.