Found 707 results
40.2s
There's a way to balance these things. Keep the Rad Lab here at Berkeley under Lawrence. Met Lab in Chicago, under Szilard. Large-scale refining, where did you say? Tennessee. - And Hanford. - And Hanford. All America's industrial might and scientific innovation, connected by rail. Focused on one goal. One point in space and time. And it comes together here. A secret laboratory. In the middle of nowhere, secure, self-sufficient, equipment, housing, the works. Keep everyone there until it's done. It'll need a school, stores, a church. Why? ROBERT: If we don't let scientists bring their families, we'll never get the best. You want security, build a town, build it fast. Where?
Oppenheimer
42.4s
Then we'll get not kilotons, but megatons. FEYNMAN: A big fission reaction... Okay, hang on, hang on. So how do you generate enough force to fuse hydrogen atoms? A small fission bomb. FEYNMAN: There we are. - (laughter) - (scattered applause) Well, since we're going to need one anyway, can we get back to the business at hand? SENATOR BARTLETT: The isotopes issue wasn't your most important policy disagreement with Dr. Oppenheimer. It was the hydrogen bomb, wasn't it? Uh, as colleagues, we agreed to disagree on a great many things, uh, and, well, one of them was the need for an H-bomb program, yes. - (siren wailing) - (uneasy music playing)
Oppenheimer
24s
I, uh... I wanted to study the new physics. GRAY: Was there nowhere here? I thought Berkeley had the leading theoretical physics department. Yes. Once I built it. But first I had to go to Europe. I went to Cambridge to study under Patrick Blackett. Were you happier there than in America? - Happier? - Yes. (unsettling music playing)
Oppenheimer
20.4s
- How'd I do? - MAN: I'll call recess, ten minutes. Maybe a little too well, Robert. That was six years ago. You know, the truly vindictive, patient as saints. Strauss has been perfectly clear that he is neutral. - (glass shatters) - Wake up. It is Strauss. It's always been Strauss, and you know it. Why won't you fight him?
Oppenheimer
24.4s
SERBER: We can now consider the actual mechanics of detonation. ROBERT: Any ideas? SERBER: I call this "shooting." We fire a chunk of fissionable material into a larger sphere with enough force to achieve criticality. What do we think? Anyone? TOLMAN: I've been thinking about implosion. Explosives around the sphere blast inwards, - crushing the material. - (blasting) I'd like to investigate that idea. I'll talk to Ordnance, get you blowing things up.
Oppenheimer