The Manhattan Project

Safety

Carl Higby's Interview

Carl Higby: My name is Carl Higby. Last name spelled H-I-G-B-Y. Carl with a C.

Tell us how and when you came to Hanford.

Higby: Well, in 1950 when I graduated at Washington State University, a recruiter was visiting the WSU campus and made a job offer. It turns out that was the only job offer got, so I came here. Had to wait after graduation until I received my security clearance, that was an essential first step. That came through and I arrived here on my birthday, in July 1950.

Philadelphia, PA

Philip Abelson conducted research on the liquid thermal diffusion method of isotope separation at the Philadelphia Navy Yard. This process was utilized for the S-50 Plant at Oak Ridge.

In September 1944, several workers were injured while trying to fix a clogged tube in the transfer room of the liquid thermal diffusion semi-works at the Philadelphia Navy Yard.

Jack Keen's Interview

Jack Keen: My father was an engineering draftsman at Hanford. I was—depending on what the months were—probably three or four years old.

Richard Rhodes: When you went there?

Keen: Right, when I lived there in one of those big, duplex houses. My mother, father and I lived in those duplexes for a time when I was a little kid.

Rhodes: What was his name?

Keen: His name was Lester Orlan, O-R-L-A-N, Keen, K-E-E-N.

Rhodes: And what was your mother’s name?

Bob Carter's Interview

Bird: Let us begin at the beginning and I think the viewers of this will want to know first about your own background. What year were you born?

Carter: I was born in 1920 in Philadelphia, Pennsylvania.

Bird: On what day?

Carter: February 3, 1920.

Bird: 1920.

Carter: Yes.

Bird: Okay, 1920, what was sort of before modern physics, quantum physics was invented as such.

Raemer Schreiber's Interview (1965)

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.

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