Said to be Scorsese best movie. That’s saying something! |
It's not an area of particular interest for me, but I found it engaging and not too long at all. |
I'm excited about that one too. Feels like we're finally getting some good movies after such a looooong time. |
Same! DH + I saw it last night. Excellent movie. Everyone behaved at Georgetown AMC. We saw Barbie on Sat. Enjoyed both! |
Blunt was fine, but the character was poorly written, at least for the first portion. So over the top and in your face. |
It does look good but the casting kind of makes me worried that it will just be Gangs of NY set on tribal land. I'd kind of like for him to choose someone other than Dicaprio for once even though I know he is his muse. |
Shut up |
Well that is just silly, especially if they make Oppenheimer more than a project manager. The brains were with the young guys, especially Feynman. |
| I was nervous about it being 3 hours, I sometimes have a hard time sitting through 2 hours. But it didn’t feel long at all, fast moving storyline, lots to think about, interesting characters. I’d say worth seeing in a theater bc you’re forced to get off your phone and pay attention and it’s a movie you don’t want to just half watch |
| Absolutely brilliant scientists. Can’t believe they were able to make the bomb decades before computers. |
As if the project itself wasn’t enough, you should read about the “side bets” on physics and other mathematical problems many of them had while they were there. They literally were up to something 24/7. |
That's not correct. |
The work Feynman did was crucial. What he did with Bethe stands out for example: Efficiency of the device was particularly difficult to calculate because it depended on the evolution of the assembly in time, but a breakthrough came early in the project. One evening following Robert Serber's overview of efficiency in his April 1943 introductory lectures, Bethe and Feynman discussed efficiency and "the physical parameters which matter" since they did not know how to solve the complicated diffusion and hydro-dynamical equations for supercritical systems. "I think we guessed," Bethe later recalled, that the rate of decrease of multiplication during the expansion, assuming known beginning and endpoints of the expansion, would be proportional to the relative expansion. To fix the overall constant, Bethe and Feynman used Serber's result, as described in his lectures, for small excesses over the critical mass, a case that was relatively simple to analyze. Using this approach, Bethe and Feynman developed a formula for efficiency. This, according to the authors of the technical history of Los Alamos, was "the most brilliant example of theoretical problem solving" under the difficult conditions at the lab. Bethe and Feynman identified the crucial physical parameters in the calculation. Guided by their extraordinary physical insight and understanding of physics, they were able to use their limited knowledge of the phenomena and available data to produce a workable approximate formula for efficiency. As this feat shows, finding the best approximations to theoretical problems hinged on a talent for integrating and interpreting information in relation to a deep understanding of the laws of physics, a skill possessed only by the most talented scientists. |
Oppenheimer could follow along with all of the science but he was never creative enough to figure out how to solve some of the very tricky problems involved. Still, he ranks in the smallest top levels of human intelligence. |
| Sorry, but I cannot stand Emily Blunt. Very overrated actress. Smug, annoying and she has a horse mouth. |