Robert S. Norris: By the late 30s, physicists, in Europe primarily, but some in America too, were making great discoveries about the atom. The key date here was January 1939, when European scientists had discovered fission. News of that was brought to the United States by Niels Bohr. Actually, it was brought to Washington, DC, at a conference at George Washington University.
Cindy Kelly: I’m Cindy Kelly, Atomic Heritage Foundation. It is Tuesday, October 17, 2017. I am in Santa Fe with Mary Brennan. My first question for Mary is to say her full name and spell it.
Mary Brennan: I’m Mary Brennan, that’s B-R-E-N-N-A-N.
Kelly: Great, do you have a middle name?
Brennan: I use Godschalx, G-O-D-S-C-H-A-L-X. Mary Godschalx Brennan.
Cindy Kelly: I'm Cindy Kelly in Los Cruces, New Mexico and it’s December 7, 2017. I have with me John Hunner. The first question for John is to say his name and spell it.
Jon Hunner: My name is Jon Hunner. J-O-N, H-U-N-N-E-R.
Kelly: Jon, just to get some station identification, why don’t you tell people who you are and what you've been doing professionally for the last thirty years.
Richard Garwin: I’m Richard Garwin. Everybody calls me Dick. G-a-r-w-i-n, born April 19, 1928.
Cindy Kelly: Great. So, we’re going to talk first about what you did as a student, and how you got to know Enrico Fermi and got involved in the business of nuclear weapons. We’ll just start with describing your work in the lab at the University of Chicago, and what it was like to work with Enrico Fermi. Or, if you’d like to go back, prelude that with where you’re from and how you got interested in—
Nate Weisenberg: My name is Nate Weisenberg, and I’m here with the Atomic Heritage Foundation. It is Thursday, October 12, 2017, and I am here with Mr. Al Zeltmann at his home in Los Alamos. My first question for you is if you could please say your name and spell it.
Cindy Kelly: I'm Cindy Kelly, Atomic Heritage Foundation, and it is October 27, 2017 in Washington, D.C. I have with me Margaret Lawrence Norman, and if you could say your name and spell it.
Margaret Norman: Okay. It’s Margaret, but I go as Margie. M-A-R-G-I-E, but officially my father always called me Margaret. M-A-R-G-A-R-E-T, Lawrence, L-A-W-R-E-N-C-E Norman, N-O-R-M-A-N.
Kelly: Can you tell us when you were born and where, and begin describing what your parents were like and what you remember from your early years?
Kelly: Today is Friday, February 3rd, 2017. I’m Cindy Kelly, Atomic Heritage Foundation, in Albuquerque, New Mexico. I’m here in an installation called “Atomic Time” with its creator, the sculptor and artist Jim Sanborn. My first question to Sanborn is to please say his name and spell it.
Sanborn: All right. I’m Jim Sanborn, S-A-N-B-O-R-N. I’m the maker of this installation that I began sometime in 1998 and concluded in 2004, although I added pieces over the years, added more stuff over the years.
Jim Sanborn is an American sculptor known for works such as “Kryptos” at the CIA Headquarters in McLean, VA.
In this interview, Sanborn discusses his exhibit “Atomic Time,” which is now on display at the National Museum of Nuclear Science and History in Albuquerque, NM. The installation recreates the Manhattan Project scientists’ experiments at Los Alamos to determine when plutonium would go “critical” in an atomic bomb. Sanborn explains why he decided to do the project, and how he carefully created each piece of the exhibit.
Cindy Kelly: Okay. I’m Cindy Kelly. It’s Monday, February 6, 2017, in Santa Fe, New Mexico, and I have James L. Smith. My first question to him is to say his full name and spell it.
Jim Smith: James Lawrence Smith, J-A-M-E-S L-A-W-R-E-N-C-E S-M-I-T-H.
Kelly: Great. Thank you. Why don’t you begin by just telling us a little bit about yourself? What your background is, what you studied and so forth, where you were born, in a nutshell.
James L. Smith is an American physicist at Los Alamos National Laboratory (LANL). In this interview, Smith recalls his more than forty-year career at LANL. He describes some of the history of the Manhattan Project and LANL’s innovative work during the war through today, including work on the human genome, computing, and radiation detection. He emphasizes the importance of having multidisciplinary national laboratories to produce pioneering innovations and scientific discoveries.