Raemer Schreiber: I think the only point that is of any interest in this regard to pick up is perhaps the fact that the group of us who came here to work on the so-called water boil reactor had been working together at Purdue University on the very first measurements of the so-called deuterium tritium cross sections, which has to do with the fusion reaction. This eventually was used in bombs, but not for many years, and it is, of course, the basis for present attempts to create energy by controlled thermonuclear reactions or fusion reactions.
John Healy: Hello.
S. L. Sanger: Hello this is Mr. Sanger from Seattle, is this a good time to talk about Hanford, or no.
Healy: Another one you may want to talk to is Carl Garmertsfelder in Knoxville.
Sanger: In Knoxville, now what was his position? Oregonian said he was a radiation control manager.
Healy: It has been so long. I do not really remember. I worked for Carl for a while, and he reported to Herb Parker.
Richard Baker: The first plutonium that, other than the cyclotron that produced plutonium, was made at what was called the Clinton Piles at old X10 down in Oak Ridge. The Chicago Met Lab worked on the micro scale reduction of the metal. This produced rather small quantities but never enough quantities to study its properties in any accurate manner.
Joseph Katz: Now it was recognized that plutonium would have a chemistry that would be quite similar to that of uranium. And developing procedures for the separation of plutonium from irradiated uranium. The assumption that was most commonly made was that the chemistry of plutonium would be similar, if not identical to that of uranium and this, of course was an entirely reasonable assumption to make.
Stephane Groueff: You remember this visit now?
Norman Hilberry: Oh, boy.
Groueff: Could you tell me about that part?
Stephane Groueff: You personally you were in what department or building? You were directly working with Doctor [Arthur H.] Compton?
Stephane Groueff: One thing I don’t understand, and it’s a very ignorant question, but what was actually the difference between [Enrico] Fermi’s experiment in ’34 and [Otto] Hahn’s? Because, why do we say that Hahn was the first one, while Fermi also bombarded uranium?
Lew Kowarski: I don’t it’s true to say that Hahn was the first one.
Groueff: It’s not true.
Kowarski: I think it’s one of those simplifications—there are people who find them all right. I don’t.
Alfred Nier: By the summer of 1943, the question came up, what I should do next? And I had a chance to – [J. Robert] Oppenheimer had gotten a hold of me and suggested I might come out to Los Alamos.
Stephane Groueff: And you knew him?
Carson Mark: We shouldn’t have been making this damn bomb without trying to keep it secret from [Joseph] Stalin. We should’ve been talking to him like [Niels] Bohr said. [Klaus] Fuchs believed and took it into his own hands to make sure that the conversation went on. Of course, he didn’t need to because Stalin knew anyway. Not the technical details, but the general facts.
Rosen: Well, my name is Louis Rosen. I was born in New York City, not the best part of the city. I’m now almost eighty-five years old. My parents were immigrants from Poland. They were escaping from the pogroms, which were taking place with the Russian Cossacks coming in and raiding villages, especially where Jews where plentiful. My father came over here in about 1909. My mother—they were girl and boyfriends in the old country—came over two years later.