This twelve session interview with David Bohm covers his life and career in quantum physics. Topics discussed include: his family background and early influences; his undergraduate studies at Pennsylvania State University (1935-1939); introduction to quantum mechanics; his time at the California Institute of Technology (1939-1940) and his thesis on calculating scattering of light from a nebular gas cloud; University of California, Berkeley (1941-1943); political interests and activity including Marxism, socialism, communism, Lawrence Radiation Laboratory (1943-1946); electrostatic focusing, nature of plasma, particle spin; effects of the atomic bombs on science and society; research associate for J. Robert Oppenheimer (1946-1947); superconductivity; Princeton University Institute for Advanced Study (1947-1950); wrote Quantum Theory; structure of elementary particles; meeting of theoretical physicists in the Pocono mountains circa 1948, attended by notable scientists including Julian Schwinger, Victor Weisskopf, Niels Bohr, J. Robert Oppenheimer, Richard Feynman; the end of his career in the United States; plasma and quantum theory research with Eugene Gross and David Pines; quantum theory book included theories of Niels Bohr, Wolfgang Pauli, Werner Heisenberg, Eugene Wigner, Erwin Schrodinger; the Un-American Acitivities Committee; University of Sao Paolo, Brazil (1951); work with Walter Schutzer, Ralph Shiller, Mario Schoenberg; visit to Jeanne-Pierre Vigier in Paris and Eric Burrup in England; lecturer at the Technion (Technical University), Israel (circa 1955-1956); University of Bristol, research associate (1957-1961); visit with Niels Bohr in Copenhagen, 1957; work on electron beams and flux in a magnetic field with Yack Aharonov; work on plasmas and the separation of the individual and collective behavior with Gidon Carmi; Birkbeck College, University of London (1961-1987); correspondence with Charles Biederman; his intellectual philosophies; discussions with Niels Bohr about his ideas on cosmology; integration of quantum mechanics and relativity; discussions with Krishnamurti; and the importance of dialogue in science.