andrewducker: (Default)
andrewducker ([personal profile] andrewducker) wrote2011-12-12 11:00 am
simont: A picture of me in 2016 (Default)

[personal profile] simont 2011-12-12 12:57 pm (UTC)(link)
And I recommend the Brain Bugs article, if you can read it at a later stage. My Star Trek knowledge is too limited to actually check all the facts in the detailed dissection of the Klingons and Ferengi and so on, but I definitely approve of the later part where he has a go at more general SF tropes such as spaceships being powered by fusion reactors that blow the whole ship up at the drop of a hat.

(Paraphrased: we've tried to build fusion reactors, and it's incredibly hard, and the reason why it's hard is because it's very difficult to persuade stuff to start fusing in the first place or to keep it doing so once it's started. So why on earth would you expect a fusion reactor to even be able to suffer a runaway acceleration of the reaction culminating in explosion, let alone have that as its most common failure mode? Surely you would expect fusion reactors, should we ever get one working at all, to be devices which at the slightest provocation simply stop, and refuse to start again, ever.)
simont: A picture of me in 2016 (Default)

[personal profile] simont 2011-12-12 01:04 pm (UTC)(link)
Sure, there's nothing wrong with silly physics done on purpose for the sake of coolness or plot dynamic. The article's complaint is that a lot of these things aren't done on purpose any more: they've become unquestioned traditions of SF-in-general, and now ships' fusion reactors blow up all the time not because a particular show has decided to adopt a counterfactual premise for the sake of the plot but just because that's what writers in general think fusion reactors do – they probably don't even realise it's a counterfactual premise.