Edward Teller Centennial Symposium : modern physics and the by Edward Teller; Stephen B Libby; Karl A van Bibber
By Edward Teller; Stephen B Libby; Karl A van Bibber
This court cases quantity, for the symposium in honor of Edward Teller's one centesimal anniversary, makes a speciality of Teller's clinical legacy. This legacy contains one of the most primary insights into the quantum behaviors of molecules, nuclei, surfaces, reliable nation and spin platforms and plasmas. lots of those are ''brand names'' from the canon of 20th-century physics and chemistry, equivalent to Gamow Teller transitions, the Jahn Teller influence, Goldhaber Teller resonances, the Lyddane Sachs Teller relation, the Brunauer Emmett Teller equation of nation, and the MR2T2 set of rules. All of those have had a profound and carrying on with impression on technological know-how as has Teller's paintings on point crossing, diamagnetism, and plasma and statistical physics. The legacies of those discoveries are mentioned during this quantity, as is Teller's function in utilized technological know-how and schooling
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Additional resources for Edward Teller Centennial Symposium : modern physics and the scientific legacy of Edward Teller : Livermore, CA, USA, 29 May 2008
Other students included Harold and Mary Argo, Anne Bonney, Hans Peter Duerr, and Balazs Rosnyai. Teller was also interested in basic scientific education, which he rightly regarded as a crucial part of the informed literacy of any civilization worthy of the name. For many years he taught, in the physics department in Berkeley, an elementary course on science appreciation. The course was highly regarded and although the 38 lecture hall held only 600, often more than 1,000 signed up to take the course.
Many years later, in 1962, Teller’s old colleague Gerhard Herzberg and H. Christopher Longuet–Higgins analyzed the consequences of Teller’s result for the global behavior of the wave functions in systems with this type of level crossing and 21 discovered that it was multi-valued, thus producing the first molecular physics example of Berry’s topological phase. Teller first met Lev Landau in Leipzig and they worked together a few years later in Copenhagen. In addition to their fruitful discussions of the symmetry of complex molecules, they also developed a quantum mechanical description of sound dispersion and attenuation based on the idea of the dephasing of sound modes due to their coupling to internal degrees of freedom of the molecules in the medium.
Dan O'Neill, "The Firecracker Boys", New York: St. Martin's Press, 1994. Richard Rhodes, The Making of The A-Bomb, Simon and Shuster, New York (1986). Richard Rhodes, Dark Sun: The Making of the Hydrogen Bomb, Simon and Schuster, New York (1995). Andrei Sakharov, Memoirs, Knopf, New York, 1990. Edward Teller and Judith Shoolery, Memoirs, Perseus Publishing, Cambridge, Massachusetts, 2001. D. , USA 1941–1942 Professor Physics, Columbia University 1942–1943 Physicist, Manhattan Engineering District 1942–1943 Physicist, Metallurgical Laboratory, University of Chicago 1943–1946 Physicist, Los Alamos Scientific Laboratory 1946–1952 Professor of Physics, University of Chicago 1949–1952 Assistant Director, Los Alamos Scientific Laboratory 42 1952–1953 Consultant and Cofounder, Livermore Radiation Laboratory, University of California 1953–1960 Professor of Physics, University of California, Berkeley 1954–1958 Associate Director, Lawrence Livermore Laboratory 1958–1960 Director, Lawrence Livermore Laboratory 1960–1975 Associate Director, Lawrence Livermore Laboratory 1960–1970 Professor of Physics at Large, University of California 1963–1966 Chairman, Department of Applied Science at Livermore, University of California at Davis 1970–1975 University Professor, University of California 1975–2003 Director emeritus, Lawrence Livermore National Laboratory 1975–2003 Senior research fellow, Hoover Institution, Stanford University Appendix B: Honors (selected) 1948: 1955: 1957: 1958: 1962: 1974: 1975: 1977: 1977: 1978: 1980: 1981: 1982: 1983: National Academy of Sciences - elected Harrison Medal, American Ordnance Association Joseph Priestly Memorial, Dickinson College Albert Einstein Award, Lewis and Rosa Strauss Memorial Fund Enrico Fermi Award, Atomic Energy Commission Leslie R.