Nobel Prizes in Physics
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1906-conduction of electricity in gases; Cathode ray tube | Joseph J. Thomson
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1910--molecular forces | Johann D. van der Waals
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1901--discovery of X rays | Rontgen
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1903--Radioactivity | Becquerel, Marie and Pierre Curie
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1911--Heat Radiation | Wilhelm Wien
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1909--Wireless Telegraphy | Braun and Marconi
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1914--diffraction and interference of X rays by the arrangement of atoms in crystals | Max von Laue
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1915--father and son winners; crystal structures and X ray spectroscopy | Sir William Henry Bragg and William Lawrence Bragg
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1921--photoelectric effect | Einstein
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1929--studies on wave mechanics | de Broglie
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1932--Quantum Theory | Heisenburg
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1933--Quantum theory, wave mechanics | Schrodinger, Dirac
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1922---atomic model | Bohr
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1919--splitting of spectral lines in electrical fields | Stark
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1935--discovery of neutron | Chadwick
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1938--discovery of nuclear transformations by irradiation with neutrons | Fermi
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1939--cyclotron | Lawrence
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1943--Molecular rays, magnetic properties of the proton | Stern
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1952--development of a novel precision method of nuclear magnetism | Bloch and Purcell
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1949--prediction of the existence of mesons | Yukawa
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1956--transistor | Bardeen, Brattain, Shockley
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1964--Laser | Basov, Prokhorov, Townes
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1972--superconductivity | Bardeen, Cooper, Schrieffer
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1983--importance of nuclear reaction for the formation of chemical elements in the universe | Chandrasekhar and Fowler
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1984--Particle Physics | Rubbia, van der Meer
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1985--discovery of quantum Hall effect | Klitzing
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1987--high temperature superconductors | Bednorz, Muller
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1995--discovery of tau lepton | Perl
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1995--detection of neutrino | Reines
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1992--invention of detectors for the detection of rare interaction of elementary particles | Charpak
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