The Science of Avatar 275
Jamie noted a bit on
The Science of Avatar running on Ain't it Cool, written by a professor of astrophysics who has worked on searching for planets and SETI. I believe I might be the last person on earth who hasn't seen it; here's hoping I can find 3 free hours over the holidays.
Re:I haven't seen it (Score:5, Informative)
That's unfortunate, while the story is ho-hum the 3D visual effects are simply amazing.
Ava-who? (Score:3, Informative)
I refuse to watch it. I am not going to vote with my pocketbook that plot, craft, and character development don't matter, and that all that matters is effects. This sort of thought has made the bulk of Hollywood movies complete crap. I'm lucky if there is one or two movies a year that aren't nauseatingly bad.
Now get off my lawn.
Sheldon
Re:Ava-who? (Score:5, Informative)
Look, the plot is basically Dances with Wolves in Space, but still -- this movie was an example of amazing, expensive effects paired with an actual story.
Want a comparison? Watch Avatar, enjoy it, and then watch something like Transformers 2, and then see if you don't vomit from sheer disgust.
Re:You aren't missing anything (Score:5, Informative)
Re:TFA is full of flaws itself (Score:3, Informative)
Unobtainium doesn't have unpaired electrons.
Re:You aren't missing anything (Score:4, Informative)
Yes, I understand that it's an inside joke between the audience and the writer.
Why do you think it was an inside joke?
Like GP, I, too, had the impression that the word was simply used by a character in a movie in its proper meaning - he used it to refer to an exceedingly rare and hard to obtain material with not fully explained and otherwise "magical" properties [wikipedia.org].
Re:I haven't seen it (Score:2, Informative)
Re:Floating Mountains explained (Score:5, Informative)
You mean difficult like this [fys.uio.no]? Or how about this [youtube.com]? Looks pretty easy to me. Minor magnetic perturbations would not make the mountains flail about wildly because they have a high MASS. It would take a great big magnetic fluctuation to do move a large mass. I wager that the only thing that could do that would be a magnetic pole flipping, but since the human race hasn't seen one of these in our recorded history we have no idea how they take place so I think we can forgive that one.
Re:Floating Mountains explained (Score:2, Informative)
Uh, it is hard because you have two small magnets. If you tried this with a magnet the size of a planet and another the size of a mountain, let me know.
He has no need to get two planet sized magnets, it has been proven that it is impossible to stabilize an object with static magnetic forces:
http://en.wikipedia.org/wiki/Earnshaw%27s_theorem
Re:Jurassaic lawn (Score:3, Informative)