Space.com called it "awesome" and "stunningly realistic"[2].
[1] http://en.wikipedia.org/wiki/Europa_Report
[2] http://www.space.com/21247-europa-report-scifi-film-trailer....
Space.com called it "awesome" and "stunningly realistic"[2].
[1] http://en.wikipedia.org/wiki/Europa_Report
[2] http://www.space.com/21247-europa-report-scifi-film-trailer....
One thing I liked too was that the crew was not composed of abrasive drama queens, which is refreshing considering the genre.
The depiction of space hardware is actually awesomely realistic (to some level of detail) but I don’t recall anyone praising it for realism beyond that. Because it very much isn’t. (Still, getting the actual space hardware right is something not many movies manage to pull off and pretty impressive on its own.) I don’t think it matters very much or reduces the enjoyment very much. This movie is very much not about space travel.
Europa Report is a bit cringe but probably the best you can do with that kind of budget and in that respect it’s pretty and also pretty realistic.
I can't imagine an astronaut praising the "physics realism" of the "buffeted by the wind in space" moment that caused the death of the male character. His momentum had clearly been completely stopped by the tether, but instead of rebounding back toward the other tethered astronaut (as had happened multiple, more realistic, times earlier in the movie), some unknown force kept pulling him away until at last the tether came loose. If the setting were terrestrial the force would be inferred by most viewers to be the drag of a moving fluid such as wind. What similar force exists in space?
I don't complain about the presence of unrealistic space plot device in unrealistic space movie, but there it is.
EDIT: Go to the movie with this exact shot to see what I mean: http://www.spaceanswers.com/wp-content/uploads/2013/11/Gravi...
(from this article: http://www.spaceanswers.com/space-exploration/3802/16-things... )
Normally neither do I, except if the movie's marketing made it an issue. I never actually researched realism claims about the movie (as I said, it came up during a discussion with friends, two of whom cited two different articles where astronauts had testified as to the accuracy of the movie's physics) until now. I have to say that claims of realism are in fact mostly confined to headline writers and journalists quoting astronauts out of context, for example when an astronaut referred to "stunning realism" of the special effects, that got mangled into "astronaut praises stunning realism of Gravity".
Reading the actual reviews, I still believe that misleading claims were made, but apparently experts were mostly quoted creatively.
Clooney throws off his tether which causes three things to happen:
1. A small amount of seperating momentum to both Clooney and Bullock, pushing Clooney further away and slowing Bullock towards the ISS.
2. Halving the force needed to stop Bullock's movement away from the ISS.
3. Freeing up Bullock's hands to improve her attachement to the parachute cord.
I have no idea if the math works out but I don't see the theoretical problem with the situation physics-wise.
Anyway, just looking at the previews I saw a enough holywood physics to give the thing a pass. The way the ISS was destroyed looked cool but the physics was terrible.
I suspect most people have similar pet peeves. I remember watching a action movie with an ER doctor once. They had the same sort of reaction but with the long list of injury's people would end up with. Or how many tech people get offended by computer techno-babel in movies.
They are shown rotating slowly, so it's sort of possible given an elastic parachute cord, but it's awfully contrived. You also have to wonder, given how slowly he drifted off, why Matt couldn't unstrap that empty thrust pack and use it as reaction mass, as Ryan does with the empty fire extinguisher later on.
The bigger gaffe for me was Matt's instruction to Ryan, right after the first hit, to detach from the arm on the grounds that it would carry her too far away. That makes no sense at all. Detaching won't affect her velocity except to add a sizable random component based on the point in the arm's rotation where she detaches, and since he's already lost sight of her at that point that's going to make her much, much harder to find.
All pedantry aside, loved loved loved the movie. Certainly the film of the year for me, and possibly the decade.
Infact, after Clooney's character unleashes himself, Bullock's character recoils back, which seems to agree with my elastic theory.
0: http://www.netflix.com/WiMovie/Europa_Report/70276016
1: http://www.ted.com/talks/bill_stone_explores_the_earth_and_s...
The mockups of mission branding and press conferences were rather well made though, so I can imagine why you'd get that impression.