Year
| Awarded
| Country
| Motivation
|
---|
1901
| | Wilhelm Conrad Röntgen
| German Empire
| "For the discovery of the remarkable rays bearing his name."
|
1902
| | Hendrik Lorentz
| NetherlandsNetherlands
| "For his research on the influence of magnetism on radiation-generated phenomena."
|
| Pieter Zeeman
|
1903
| | Antoine Henri Becquerel
| France
| "For the discovery of spontaneous radioactivity."
|
| Pierre Curie
| "For his joint research on the phenomena of radiation discovered by Professor Henri Becquerel."
|
| Marie Curie
| PolandPoland
|
1904
| | John William Strutt
| United KingdomUnited Kingdom
| "For their research on the density of the most important gases and the discovery of the argon in relation to these studies."
|
1905
| | Philipp Lenard
| German Empire
| "For his work on cathodic rays."
|
1906
| | Joseph John Thomson
| United KingdomUnited Kingdom
| "For his theoretical and experimental research on the conduction of electricity through gases."
|
1907
| | Albert Abraham Michelson
| United States
| "For their optical precision instruments and for the spectroscopic and metrological research carried out with their help."
|
1908
| | Gabriel Lippmann
| France
| "For his method of reproducing photographic colors based on the phenomenon of interference".
|
1909
| | Guglielmo Marconi
| ItalyItaly
| "For their contribution to the development of wireless communication."
|
| Carl Ferdinand Braun
| German Empire
|
1910
| | Johannes Diderik van der Waals
| NetherlandsNetherlands
| "For his work on the equation of the state of solids and liquids."
|
1911
| | Wilhelm Wien
| German Empire
| "For the discovery of laws governing heat radiation."
|
1912
| | Nils Gustaf Dalén
| Sweden Sweden
| "For the invention of regulators to be used in combination with gas accumulators in the lighting of lighthouses and buoys."
|
1913
| | Heike Kamerlingh-Onnes
| NetherlandsNetherlands
| "For his research on the properties of matter at low temperatures, which led him, among other things, to produce liquid helium."
|
1914
| | Max von Laue
| German Empire
| "By the discovery of the diffraction of X-rays caused by crystals and by an important step in the development of X-ray spectroscopy."
|
1915
| | William Henry Bragg
| United KingdomUnited Kingdom
| "For his studies in the analysis of the crystalline structure by means of X-rays and by an important step in the development of X-ray crystallography."
|
| William Lawrence Bragg
|
1916
| Undelivered award |
1917
| | Charles Glover Barkla
| United KingdomUnited Kingdom
| "For his discovery of the characteristics of Röntgen's radiation on the elements, another important step in the development of X-ray crystallography."
|
1918
| | Max Planck
| German Empire
| "for the contributions he made in favor of the advancement of physics, due to his discoveries about the few of energy".
|
1919
| | Johannes Stark
| GermanyGermany
| "for his discovery of the Doppler effect on the canal rays and the depopulation of spectral lines in electric fields."
|
1920
| | Charles Édouard Guillaume
| SwitzerlandSwitzerland
| "in recognition of their inputs on the measurement of precision in physics, for their discovery of anomalies in steel-nickel alloys."
|
1921
| | Albert Einstein
| GermanyGermany
| "for their contributions to theoretical physics and especially for the discovery of the law of the photoelectric effect."
|
1922
| | Niels Bohr
| DenmarkDenmark
| "for their services in the investigation of the structure of the atoms and the radiation that emanates from them."
|
1923
| | Robert Andrews Millikan
| United States
| "for his work on the elementary load of electricity and on the photoelectric effect."
|
1924
| | Manne Siegbahn
| Sweden Sweden
| "for his discoveries and his research in the field of X-ray spectroscopy."
|
1925
| | James Franck
| GermanyGermany
| "for his discoveries about the laws governing the impact of an electron on an atom."
|
| Gustav Hertz
|
1926
| | Jean Baptiste Perrin
| France
| "for his work on the discontinuous structure of matter and, especially, for his discovery of sedimentation balance."
|
1927
| | Arthur Holly Compton
| United States
| "by the discovery of the effect of his name."
|
| Charles Thomson Rees Wilson
| United KingdomUnited Kingdom
| "by its method to make the trajectories of electrically charged particles visible through steam condensation."
|
1928
| | Owen Willans Richardson
| "for his work on the thermoionic phenomenon and, especially, the discovery of the law that bears his name."
|
1929
| | Prince Louis-Victor Pierre Raymond de Broglie
| France
| "by the discovery of the undulating nature of electrons."
|
1930
| | Chandrasekhara Venkata Raman
| India
| "for his work on the scattering of light and the discovery of the effect that bears his name."
|
1931
| Undelivered award |
1932
| | Werner Heisenberg
| GermanyGermany
| "by the creation of quantum mechanics, whose application has, among other things, the study and discovery of the alottropic forms of hydrogen."
|
1933
| | Erwin Schrödinger
| AustriaAustria
| "by the discovery of new productive forms of atomic theory."
|
| Paul Dirac
| United KingdomUnited Kingdom
|
1934
| Undelivered award |
1935
| | James Chadwick
| United KingdomUnited Kingdom
| "for the discovery of neutron."
|
1936
| | Victor Francis Hess
| AustriaAustria
| "for his discovery of cosmic radiation."
|
| Carl David Anderson
| United States
| "for the discovery of the positron."
|
1937
| | Clinton Joseph Davisson
| "for their experimental discoveries of the diffraction of electrons caused by crystals."
|
| George Paget Thomson
| United KingdomUnited Kingdom
|
1938
| | Enrico Fermi
| ItalyItaly
| "by their demonstrations on the existence of new radioactive elements produced by neutron irradiation and their discovery related to nuclear reactions produced by slow neutrons."
|
1939
| | Ernest Lawrence
| United States
| "for the creation and development of the cyclotron and for the results obtained, especially in relation to artificial radioactive elements".
|
1940
| Undelivered award |
1941
| Undelivered award |
1942
| Undelivered award |
1943
| | Otto Stern
| United States
| "for his contribution to the development of the molecular beam method and the discovery of the magnetic moment of proton."
|
1944
| | Isidor Isaac Rabi
| By its resonance method to record the magnetic properties of atomic nuclei”.
|
1945
| | Wolfgang Pauli
| AustriaAustria
| "For the discovery of the principle of exclusion, also called the beginning of Pauli."
|
1946
| | Percy Williams Bridgman
| United States
| "by the invention of an apparatus to produce extremely high pressures and by the discoveries he made regarding it, in the field of high pressure physics."
|
1947
| | Edward Victor Appleton
| United KingdomUnited Kingdom
| "by his research on the physics of the upper atmosphere, especially by the discovery of the so-called Appleton layer."
|
1948
| | Patrick Maynard Stuart Blackett
| "because of his development of Wilson's fog chamber method and his discoveries in the fields of nuclear physics and cosmic radiation."
|
1949
| | Hideki Yukawa
| JapanJapan
| "for his prediction of the existence of the Mesones on the basis of his theoretical work on nuclear forces."
|
1950
| | Cecil Frank Powell
| United KingdomUnited Kingdom
| "for its development on the photographic method to study the nuclear processes and their discoveries on the Mesones carried out by this method."
|
1951
| | John Douglas Cockcroft
| "for the pioneering work they carried out on the transmutation of the atomic nuclei artificially accelerated by subatomic particles."
|
| Ernest Thomas Sinton Walton
| Ireland
|
1952
| | Felix Bloch
| United States
| "for its development in new methods on magnetic nuclear precision and its related discoveries."
|
| Edward Mills Purcell
|
1953
| | Frits Zernike
| NetherlandsNetherlands
| "by its demonstration on the phase contrast method and above all by its invention of the phase contrast microscope."
|
1954
| | Max Born
| Western Germany
| "for his fundamental research on quantum mechanics and, especially, his statistical interpretation of the wave function."
|
| Walther Bothe
| "for the development of the method of coincidences and its discoveries related to this".
|
1955
| | Willis Eugene Lamb
| United States
| "for his discoveries about the fine structure of the hydrogen spectrum."
|
| Polykarp Kusch
| "to determine precisely the magnetic moment of the electron".
|
1956
| | John Bardeen
| United States
| "for their research on the semiconductors and their discoveries about the transistor effect."
|
| Walter Houser Brattain
|
| William Bradford Shockley
|
1957
| | Tsung-Dao Lee
| Taiwan
| "by his penetrating research into so-called parity laws, which has led to important discoveries about elementary particles."
|
| Chen Ning Yang
|
1958
| | Pável Cherenkov
| Soviet Union
| "for the discovery and interpretation of the Cherenkov effect."
|
| Iliá Frank
|
| Igor Tamm
|
1959
| | Owen Chamberlain
| United States
| "for the discovery of antiproton."
|
| Emilio Gino Segrè
| United States ItalyItaly
|
1960
| | Donald Arthur Glaser
| United States
| "by the invention of the bubble chamber."
|
1961
| | Robert Hofstadter
| "for his pioneering studies on the spread of electrons in the atomic nucleus and for his discoveries achieved in relation to the structure of nucleons."
|
| Rudolf Ludwig Mößbauer
| Western Germany
| "by its research on the absorption of the resonance of the gamma radiation and its related discovery of the effect of its name."
|
1962
| | Lev Landau
| Soviet Union
| "by its pioneering theories on condensed matter, in particular those related to liquid helium."
|
1963
| | Eugene Paul Wigner
| United States
| "for their contributions to the theories of the atomic nucleus and elementary particles and, in particular, the discovery and application of these through the fundamental principles of symmetry."
|
| Maria Goeppert-Mayer
| "for his discoveries related to the nuclear layer structure."
|
| Johannes Hans Daniel Jensen
| GermanyGermany
|
1964
| | Nikolái Gennádiyevich Básov
| Soviet Union
| "by its fundamental works on quantum electronics, which has allowed the construction of oscillators and amplifiers based on the master-laser principle."
|
| Aleksandr Mijáilovich Prójorov
|
| Charles Hard Townes
| United States
|
1965
| | Richard Phillips Feynman
| "for his fundamental work in quantum electrodynamics, generating profound consequences for the development of the physics of elemental particles."
|
| Julian Schwinger
|
| Shin'ichirō Tomonaga
| JapanJapan
|
1966
| | Alfred Kastler
| France
| "by the discovery and development of optical methods used for the study of hertzian resonances in atoms."
|
1967
| | Hans Albrecht Bethe
| United States
| "for their contributions on the theory of nuclear reactions, especially on their discoveries about the production of energy in the stars."
|
1968
| | Luis Walter Álvarez
| "for his decisive contribution to the field of the physics of elemental particles, and in particular to the discovery of a large number of resonance states, probably made through the development a technique that applied to the hydrogen bubble chamber, through the analysis of data."
|
1969
| | Murray Gell-Mann
| "for their contributions and discoveries on the classification of elementary particles and the interactions between them."
|
1970
| | Hannes Olof Gösta Alfvén
| Sweden Sweden
| "for their fundamental works and discoveries in the field of magnetohydrodynamics, which resulted in a fruitful application to different parts to plasma physics."
|
| Louis Eugène Félix Néel
| France
| "for his fundamental works and discoveries about antiferromagneticism and ferromagneticism, which have allowed important applications in the physics of the solid state."
|
1971
| | Dennis Gabor
| HungaryHungary
| "by the invention and development of the holographic method."
|
1972
| | John Bardeen
| United States
| "by the joint development of the theory of superconductivity, usually called BCS theory."
|
| Leon Neil Cooper
|
| John Robert Schrieffer
|
1973
| | Leo Esaki
| JapanJapan
| "for their experimental discoveries regarding tunnel phenomena in semiconductors and superconductors, respectively."
|
| Ivar Giaever
| United States Norway Norway
|
| Brian David Josephson
| United KingdomUnited Kingdom
| "for their theoretical predictions about the properties of superfluxes through a tunnel barrier and, in particular, those phenomena that are generally known as Josephson effect."
|
1974
| | Martin Ryle
| "for his pioneering research on radio astrophysics: Ryle for his observations and inventions, in particular for the technique of opening synthesis, and Hewish for his decisive role in the discovery of the pulpits."
|
| Antony Hewish
|
1975
| | Aage Bohr
| DenmarkDenmark
| "by the discovery of the connection between the collective movement and the movement of particles in the atomic nucleus and the development of the theory of the structure of the atomic nucleus based on these connections".
|
| Ben Roy Mottelson
|
| Leo James Rainwater
| United States
|
1976
| | Burton Richter
| "for his pioneering work in the discovery of a new class of heavy elemental particles."
|
| Samuel Chao Chung Ting
| United States ChinaChina
|
1977
| | Philip Warren Anderson
| United States
| "by its fundamental theoretical research on the electronic structure of disordered magnetic systems."
|
| John Hasbrouck van Vleck
|
| Nevill Francis Mott
| United KingdomUnited Kingdom
|
1978
| | Piotr Leonídovich Kapitsa
| Soviet Union
| "for their basic inventions and discoveries in the area of low temperature physics."
|
| Arno Allan Penzias
| United States
| "by its discovery of the radiation from the cosmic microwave background."
|
| Robert Woodrow Wilson
|
1979
| | Sheldon Lee Glashow
| "for their contributions to the theory of weak and electromagnetic interaction unified among elemental particles, including, among other things, the prediction of weak neutral current."
|
| Abdus Salam
| PakistanPakistan
|
| Steven Weinberg
| United States
|
1980
| | James Watson Cronin
| "by the discovery of violations in the fundamental principles of symmetry in the disintegration of neutral K Messones."
|
| Val Logsdon Fitch
|
1981
| | Nicolaas Bloembergen
| "for its contribution to the development of laser spectroscopy."
|
| Arthur Leonard Schawlow
|
| Kai Manne Börje Siegbahn
| Sweden Sweden
| "for its contribution to the development of high-resolution electronic spectroscopy."
|
1982
| | Kenneth Geddes Wilson
| United States
| "by his theory on critical phenomena in relation to phase transitions."
|
1983
| | Subrahmanyan Chandrasekhar
| India United States
| "by his theoretical studies on the chemical processes important to the structure and evolution of the stars".
|
| William Alfred Fowler
| United States
| "by his theoretical and experimental studies on the nuclear reactions of importance in the formation of chemical elements in the universe."
|
1984
| | Carlo Rubbia
| ItalyItaly
| "for his decisive contributions to the great project that led to the discovery of field particles W and Z, mediators of weak interaction."
|
| Simon van der Meer
| NetherlandsNetherlands
|
1985
| | Klaus von Klitzing
| Western Germany
| "by the discovery of the Quantum Hall effect."
|
1986
| | Ernst Ruska
| "for its fundamental work in electron optics and its design of the first electronic microscope".
|
| Gerd Binnig
| "by its design of the tunnel effect microscope."
|
| Heinrich Rohrer
| SwitzerlandSwitzerland
|
1987
| | Johannes Georg Bednorz
| Western Germany
| "for its important advance in the discovery of superconductivity in ceramic materials."
|
| Karl Alexander Müller
| SwitzerlandSwitzerland
|
1988
| | Leon Max Lederman
| United States
| "by the method of neutrinos beams and the demonstration of the double structure of the leptons through the discovery of the muon."
|
| Melvin Schwartz
|
| Jack Steinberger
|
1989
| | Norman Foster Ramsey
| "by the invention of the method of separate oscillatory fields and their use in the hydrogen master and other atomic clocks."
|
| Hans Georg Dehmelt
| "for the development of the technique of ions trap."
|
| Wolfgang Paul
| Western Germany
|
1990
| | Jerome I. Friedman
| United States
| "by its pioneering research on the deep inelastic dispersion of electrons in protons and neutrons, which has been of essential importance for the development of the model of quartz in particle physics."
|
| Henry Way Kendall
|
| Richard E. Taylor
| CanadaCanada
|
1991
| | Pierre-Gilles de Gennes
| France
| "by discovering that the methods developed for the study of phenomena of order in simple systems can be generalized for more complex forms of matter, particularly for liquid crystals and polymers."
|
1992
| | Georges Charpak
| "for its invention and development of particle detectors, in particular the string chamber."
|
1993
| | Russell Alan Hulse
| United States
| "by the discovery of a new type of pulp, which has opened new possibilities for the study of gravitation."
|
| Joseph Hooton Taylor, Jr.
|
1994
| | Bertram Brockhouse
| CanadaCanada
| "for the development of neutron spectroscopy" and "for their pioneering contributions to the development of neutron dispersal techniques for the study of condensed matter".
|
| Clifford Glenwood Shull
| United States
| "for the development of neutron diffraction technique" and "for their pioneering contributions to the development of neutron dispersal techniques for the study of condensed matter".
|
1995
| | Martin Lewis Perl
| "by the discovery of the tau lepton" and "by their pioneers experimental contributions to the physics of the leptons".
|
| Frederick Reines
| "to discover the neutrino" and "for their experimental contributions pioneers in the physics of the leptons".
|
1996
| | David Morris Lee
| "for his discovery of the superfluidez of helio-3."
|
| Douglas D. Osheroff
|
| Robert Coleman Richardson
|
1997
| | Steven Chu
| "by developing methods to cool and catch atoms with laser light."
|
| Claude Cohen-Tannoudji
| France
|
| William Daniel Phillips
| United States
|
1998
| | Robert B. Laughlin
| "for his discovery of a new form of quantum fluid with fractually charged excitations."
|
| Horst Ludwig Störmer
| GermanyGermany
|
| Daniel Chee Tsui
| United States
|
1999
| | Gerardus 't Hooft
| NetherlandsNetherlands
| "by elucidate the quantum structure of electrodebil interaction in physics."
|
| Martinus J. G. Veltman
|
2000
| | Zhorés Ivánovich Alfiórov
| Russia Russia
| "to develop heterostructures of semiconductors used in optoelectronics and high-speed electronics."
|
| Herbert Kroemer
| GermanyGermany
|
| Jack Kilby
| United States
| "for his contribution to the invention of the integrated circuit."
|
2001
| | Eric Allin Cornell
| "for obtaining the condensation of Bose-Einstein in diluted gases of alkaline atoms and for their early and fundamental studies of the properties of the condensed".
|
| Carl Edwin Wieman
|
| Wolfgang Ketterle
| GermanyGermany
|
2002
| | Raymond Davis, Jr.
| United States
| "for their pioneering contributions to astrophysics, in particular, for the detection of cosmic neutrinos."
|
| Masatoshi Koshiba
| JapanJapan
|
| Riccardo Giacconi
| United States
| "for their pioneering contributions to astrophysics, which have led to the discovery of cosmic x-ray sources."
|
2003
| | Alekséi Alekséyevich Abrikósov
| Russia Russia United States
| "for their pioneering contributions to the theory of superconductors and superfluids."
|
| Vitaly Lázarevich Ginzburg
| Russia Russia
|
| Anthony James Leggett
| United KingdomUnited Kingdom United States
|
2004
| | David Gross
| United States
| "by the discovery of asymptotic freedom in the theory of strong interaction."
|
| H. David Politzer
|
| Frank Wilczek
|
2005
| | Roy J. Glauber-
| "for his contribution to quantum theory of optical coherence."
|
| John L. Hall
| "for their contributions to the development of laser-based spectroscopy, including the technique of the comb of optical frequencies."
|
| Theodor W. Hänsch
| GermanyGermany
|
2006
| | John C. Mather
| United States
| "by the discovery of the shape of the black body and the anisotropy of the microwave background radiation."
|
| George F. Smoot
|
2007
| | Albert Fert
| France
| "by the discovery of the giant magnetor resistance."
|
| Peter Grünberg
| GermanyGermany
|
2008
| | Makoto Kobayashi
| JapanJapan
| "by the discovery of the origin of the problem of broken symmetry, which predicts the existence of at least three quartz families in nature."
|
| Toshihide Maskawa
|
| Yoichiro Nambu
| JapanJapan United States
| "by the discovery of the mechanism of spontaneous rupture of electrodebil symmetry in subatomic physics."
|
2009
| | Charles K. Kao
| Hong KongHong Kong United KingdomUnited Kingdom United States
| "for his pioneering achievements on the transmission of light through fibers for optical communication."
|
| Willard S. Boyle
| CanadaCanada United States
| "by the invention of a semiconductor imaging circuit, the attached load sensor."
|
| George E. Smith
| United States
|
2010
| | Andre Geim
| Russia Russia NetherlandsNetherlands
| "for his novel experiments with the graphene in two dimensions."
|
| Konstantin Novosiólov
| Russia Russia United KingdomUnited Kingdom
|
2011
| | Saul Perlmutter
| United States
| "by the discovery of the accelerated expansion of the universe by the observation of distant supernovaes."
|
| Brian P. Schmidt
| Australia United States
|
| Adam G. Riess
| United States
|
2012
| | Serge Haroche
| France
| "for the measurement and manipulation of individual quantum systems."
|
| David Wineland
| United States
|
2013
| | Peter Higgs
| United KingdomUnited Kingdom
| "by the theoretical discovery of a mechanism that contributes to our understanding of the origin of the mass of subatomic particles, and which was recently confirmed through the discovery of the intended fundamental particle (Highpig Bonus), by the ATLAS and CMS experiments in the CERN's great Hadron Collider."
|
| François Englert
| BelgiumBelgium
|
2014
| | Isamu Akasaki
| JapanJapan
| "For the invention of efficient blue light emission diodes, which have made possible the bright and low-consumption white light sources."
|
| Hiroshi Amano
|
| Shūji Nakamura
| United States
|
2015
| | Takaaki Kajita
| JapanJapan
| "For the discovery of the oscillations of the neutrinos, which shows that the neutrinos have mass."
|
| Arthur B. McDonald
| CanadaCanada
|
2016
| | David J. Thouless
| United KingdomUnited Kingdom
| "For the theoretical discoveries of the topological phase transitions and topological phases of matter."
|
| Duncan M. Haldane
|
| John M. Kosterlitz
|
2017
| | Rainer Weiss
| United States
| "For their decisive contributions to the LIGO detector and the observation of gravitational waves."
|
| Barry Barish
|
| Kip Thorne
|
2018
| | Donna Strickland
| CanadaCanada
| "For their revolutionary contributions in the field of laser physics, the use of optical clamps and their application in biological systems."
|
| Gérard Mourou
| France
|
| Arthur Ashkin
| United States
|
2019
| | James Peebles
| CanadaCanada
| "For his discoveries in references in the field of physical cosmology" and in particular "for the discovery of an exoplanet orbiting a solar-type star."
|
| Michel
| SwitzerlandSwitzerland
|
| Didier Queloz
|
2020
| | Roger Penrose
| United KingdomUnited Kingdom
| "For the discovery that the formation of black holes is a robust prediction of the general theory of relativity and the discovery of a compact supermassive object in the center of our galaxy."
|
| Reinhard Genzel
| GermanyGermany
|
| Andrea M. Ghez
| United States
|
2021
| | Syukuro Manabe
| United States JapanJapan
| "For the physical modeling of the Earth's climate, quantifying variability and reliably predicting global warming."
|
| Klaus Hasselmann
| GermanyGermany
|
| Giorgio Parisi
| ItalyItaly
| "For the discovery of the interaction of disorder and fluctuations in physical systems from atomic to planetary scales."
|
2022
| | Anton Zeilinger
| AustriaAustria
| "For experiments with intertwined photons, establishing the violation of Bell's inequalities and being a pioneer in the science of quantum information."
|
| Alain Aspect
| France
|
| John Clauser
| United States
|