A) 1954 B) 1956 C) 1953 D) 1950
A) 3 B) 64 C) 20 D) 4
A) 4 B) 16 C) 40 D) 20
A) The RNA tie club B) Gamow's diamonds C) The double helix model D) The protein sequence
A) The Manhattan Project B) The RNA Tie Club C) The Physical Science Study Committee D) The Exploratorium
A) Hans Bethe and Victor Weisskopf B) Edward Teller and Richard Feynman C) Francis Crick and Rosalind Franklin D) Frank Oppenheimer and Paul Dirac
A) A quiet academic B) A formal scholar C) A giant imp D) A brilliant mathematician
A) George Washington University B) The Exploratorium C) University of Colorado Boulder D) University of California, Berkeley
A) 1954 B) 1956 C) 1961 D) 1959
A) Physical Science Study Committee B) The RNA Tie Club C) The Exploratorium D) The Manhattan Project
A) J. Robert Oppenheimer B) Frank Oppenheimer C) Ralph Alpher D) Paul Dirac
A) The University of Colorado physics department B) The RNA Tie Club C) The Exploratorium D) The Physical Science Study Committee
A) A continuous tape wound in a three-dimensional helix B) A circular chart of atomic numbers C) A series of disconnected cards D) A flat table of rows and columns
A) Heart failure B) Kidney failure C) Liver failure D) Lung failure
A) James Watson B) Frank Oppenheimer C) Hans Bethe D) Ralph Alpher
A) August 19, 1968 B) August 19, 1969 C) August 28, 1969 D) August 18, 1968
A) San Francisco B) Washington D.C. C) Berkeley D) Green Mountain Cemetery
A) The main lecture hall B) The physics department tower C) The science library D) The chemistry laboratory
A) The code used more than four bases B) The code was exclusively for RNA C) DNA does not contain amino acids D) The code is actually non-overlapping and degenerate
A) 64 B) 54 C) 59 D) 74
A) London B) Göttingen C) Moscow D) Brussels
A) Ronald W. Gurney B) Marie Curie C) Edward U. Condon D) Nikolai Kochin
A) The Schrödinger equation B) Bohr's model C) Coulomb's law D) Geiger–Nuttall law
A) Nuclear constant B) Barrier potential C) Decay coefficient D) Gamow factor
A) Beta B) Alpha C) Rho D) Gamma
A) 1931 B) 1932 C) 1928 D) 1933
A) By train B) Kayaking C) By hiding in a cargo ship D) By walking across the border
A) The Göttingen Physics Meeting B) The London Scientific Congress C) The Brussels Nuclear Seminar D) 7th Solvay Conference
A) Marie Curie B) Edward U. Condon C) Ronald W. Gurney D) Nikolai Kochin
A) The strong gravitational pull of the nucleus B) The magnetic force of the neutrons C) The lack of velocity D) The high energy requirement to escape the nuclear potential well
A) Absorption of gamma rays B) Thermodynamic expansion C) Colliding with other nuclei D) Tunneling through the wall of the potential well
A) Italy B) Turkey C) Belgium D) Norway
A) Moscow B) Leningrad C) Odessa D) Kiev
A) Nuclear fission B) Beta decay C) Quantum entanglement D) Alpha decay
A) One Two Three... Infinity B) The Elegant Universe C) Cosmos D) A Brief History of Time
A) Mr Tompkins B) The Theoretical Traveler C) Science Explorers D) The Quantum Adventures
A) Nucleocosmogenesis B) Stellar Synthesis C) Atomic Evolution D) Cosmic Genesis
A) Black holes B) String theory C) Cosmic microwave background radiation D) The existence of dark matter
A) Vitaly Khlopin B) Alexander Friedmann C) Lev Landau D) Igor Kurchatov
A) The Quantum Group B) The Physics Circle C) The Three Musketeers D) The Leningrad Quartet
A) Liquid drop model B) Plum pudding model C) Shell model D) Bohr model
A) 25 B) 28 C) 35 D) 30
A) Denmark B) Germany C) United Kingdom D) Soviet Union
A) English B) French C) German D) Ukrainian
A) Robert Atkinson B) Ernest Rutherford C) Lev Mysovskii D) Fritz Houtermans
A) 1931–1933 B) 1922–1923 C) 1928–1931 D) 1923–1929
A) 1936 B) 1934 C) 1948 D) 1940
A) Alpher B) Bohr C) Gamow D) Teller
A) 1940 B) 1934 C) 1945 D) 1956
A) Igor B) Ralph C) Hans D) George
A) Radar developer for the Air Force B) Consultant for the US Navy C) Nuclear submarine engineer D) Project leader at Los Alamos
A) Carl Friedrich von Weizsäcker B) Georges Lemaître C) Fred Hoyle D) Alexander Friedmann
A) 10 K B) 273 K C) 7 K D) 2 K
A) An unnamed colleague B) Rho C) Barbara Perkins D) A fellow scientist
A) Illustrator B) Microbiologist C) Physicist D) Editor
A) Buddhist B) Christian C) Atheist D) Agnostic
A) Falsifying the research data B) Writing the entire paper in Greek C) Adding Hans Bethe as an author as a pun D) Submitting the paper under a fake name
A) Solar sails B) Ion propulsion C) Chemical fuel D) Atomic power
A) Nobel Prize B) Pulitzer Prize C) Fields Medal D) Kalinga Prize
A) My World Line: An Informal Autobiography B) One, Two, Three...Infinity C) Basic Theories in Modern Physics D) The Creation of the Universe
A) Biography of Physics B) The Creation of the Universe C) Thirty Years That Shook Physics D) Gravity
A) Mathematics B) Crystallography C) Biology D) Atomic physics
A) 1938 B) 1953 C) 1940 D) 1945
A) Marvin Stern B) C. L. Critchfield C) Russell Stannard D) John M. Cleveland
A) Puzzle-Math B) The Moon C) Physics: Foundations & Frontiers D) Gravity |