Everything Wrong With Interstellar, Featuring Dr. Neil deGrasse Tyson
Video Statistics and Information
Channel: CinemaSins
Views: 8,519,415
Rating: 4.4044251 out of 5
Keywords: cinema sins, cinemasins, eww, everything wrong with, Interstellar (Film), wave jockey job, movie review, review, mistakes, Neil DeGrasse Tyson (Organization Leader)
Id: mnArCFSrkg8
Channel Id: undefined
Length: 22min 29sec (1349 seconds)
Published: Tue Sep 29 2015
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Twelve sins! Is that a record? That sounds like a record. Also, even though I don't agree with a couple of your sins, I can tell where you're coming from with them.
So... this is blocked in Australia.
"This video contains content from Warner Bros. Entertainment, who has blocked it in your country on copyright grounds."
:/
Damn. I was waiting for this video for such a long time and getting Dr. Tyson is awesome as well.
To be fair you can drive a dually with a flat tire.
Nice! I've been waiting for this one for quite a while.
Explanations for some of the sins based on The Science of Interstellar:
It's a much better plan when Earth is about to become a duplicate of Venus. Our modern civilization wouldn't have a hope of stopping that, so there's no way Cooper's world does.
Because history recorded it as appearing near Saturn. Causality loops tend to do stuff like that.
A very small handful-of-km-wide region, yes. Insignificant on a planetary scale.
A planet that is Earth-size with water, hydrocarbons, tolerable atmospheric pressure & temperature, and has a stable orbit. When the world is ending, it's prudent to check all options.
The target system needs an inactive supermassive black hole for the quantum data. Gargantua's system doesn't have the most habitable planets; it's just the most habitable system that has a satisfactory black hole.
Actually, they're most likely not from tidal forces. Dr. Tyson has pointed out in various interviews that the waves don't behave at all like tidal waves or tidal bulges. Kip Thorne came up with an alternate explanation: FAQ, Q4.
Would you rather they kept the full 45-minute conversation in the film?
Rendezvousing with the planet on its orbit after the slingshot, plus the full atmospheric entry sequence, plus everything we saw onscreen, plus the full 45-minute conversation, plus the climb to orbit, plus rendezvousing with the neutron star for a slingshot back to Endurance... actually, having all that happen in only 3 hours is kinda pushing it.
It is. But the new planets have Earthlike gravity, water, an thick atmospheres. The mission objective was to find somewhere they could transplant a civilization, meaning checking out these strange new worlds is a necessary risk.
How is that vague? For scientists somewhat familiar with GR and QM (which includes everyone in the scene), the statement makes sense.
By looking at certain phenomena and specific parts of the black hole where the predictions of GR and QM are either incomplete or conflicting.
Mann's helmet cracked, but didn't breach. As for Cooper, he was exposed to a mixture of his suit's air and the surrounding atmosphere, a nontoxic but not sufficiently oxygenated mixture.
Emergency manual backups are a must for spacecraft in case of computer failure. By definition, a manual backup is something that shouldn't be disable-able.
Cooper said he'd take them to the critical orbit, a uniquely unstable orbit where a slight perturbation outward (rockets firing) can send the ship careening into space away from the event horizon with very little effort.
No; Gargantua's too big to do that. Tidal forces are weak enough that he'll only starting ripping apart once he gets very far inside the event horizon.
Only if you have a 5D machine helping you out. Also, this only works if reality matches the specific kind of Anti-deSitter spacetime that Kip Thorne assumed in The Science of Interstellar. Currently, we can't prove if that's the case, but we're working on it.
Cooper can only do basic push/pull actions to affect gravity within Murph's room. Handling a pencil & paper is much more mechanically complex and can't be done with the Tesseract's simple interface.
TARS' path into Gargantua was very similar to Cooper's. He would have also fallen into the Tesseract.
Each of the "strings" is an object's worldline. Moving the worldline translates to a gravitational effect. So he's pushing on the watch hand's worldline, but not the worldline of the rest of the watch.
Anything Cooper does is stored within the Tesseract and repeated. Recall that the gravity anomalies causing the dust to fall were persistent.
Jeremy, how do you guys score Dr. Tyson? That's pretty awesome
Well that didn't take long... "This video contains content from Warner Bros. Entertainment, who has blocked it in your country on copyright grounds."
Aaaaaaaaand it's blocked.
Anyone else really want 2001 now? Like really, really badly?