Home›Physics›Quantum Physics And Quantum InformationGroupQuantum Physics And Quantum InformationThis group collects the Physics subcategory's members whose defining work is the general framework of quantum mechanics itself, its founders, its later extensions into quantum field theory, and its modern application to quantum computing, quantum entanglement and quantum information. It spans the early twentieth century physicists who built quantum theory from its foundations alongside the contemporary physicists extending it into information science, kept apart from this subcategory's other groups, whose members apply quantum ideas to one specific material, particle or system rather than developing the general theory itself.FactsBrowse BySourcesComments (0)Reader Challenges (0)FactsComparisonField EstablishedWell-attested1900 1Browse ByAll Quantum Physics And Quantum InformationQuantum Physics And Quantum Information30 entriesQuantum Physics And Quantum InformationFilter Results30 entriesDisciplineAllAtomic Physics (1)Mathematics (1)Physics (30)Field (legacy)AllAtomic physics, quantum physics (1)Physics (4)Quantum computing and quantum information (1)Theoretical Physics (1)Theoretical physics (quantum optics and quantum information) (1)EraAll1805 (1)1858 (1)1868 (1)1882 (1)1885 (1)1887 (1)1891 (1)1892 (1)1899 (1)1900 (1)1901 (1)1902 (1)1904 (1)1911 (1)1913 (1)1925 (1)1930 (1)1931 (1)1932 (2)1941 (1)1942 (1)1943 (1)1944 (1)1945 (1)1946 (1)1947 (1)1948 (1)1952 (1)1965 (1)InstitutionAllAmerican Physical Society (2)Columbia University (3)Ecole Polytechnique (1)Humboldt University of Berlin (1)Indian Institute of Science (1)Institute for Advanced Study (1)Los Alamos National Laboratory (1)Massachusetts Institute of Technology (2)Max Planck Society (4)National Academy of Sciences (3)Royal Society (3)University of Bristol (1)University of California, Berkeley (1)University of California, Los Angeles (1)University of Cambridge (1)University of Copenhagen (1)University of Graz (1)University of Göttingen (1)University of Zurich (2)Utrecht University (1)In GroupAllQuantum Physics And Quantum Information (30)NationalityAllAustria (3)Denmark (1)France (2)German Reich (1)Germany (4)Ireland (1)Israel (1)Italy (1)Netherlands (1)Spain (1)Switzerland (3)United Kingdom (3)United States (12)Show ResultsBrowseCompareSelect all 30Alain AspectPhysics4 linksAnton ZeilingerPhysics4 linksArnold SommerfeldPhysics2 linksCharles H. BennettPhysics1 linkDaniel KleppnerPhysics2 linksDavid J. WinelandPhysics2 linksErwin SchrödingerPhysics5 linksGerard 't HooftPhysics2 linksGiorgio ParisiPhysics4 linksHugh Everett IIIPhysics3 linksJohn ClauserPhysics4 linksJohn Hasbrouck Van VleckPhysics4 linksJuan Ignacio CiracPhysics2 linksLouis de BrogliePhysics2 linksMani Lal BhaumikPhysics2 linksMax BornPhysics3 linksMax PlanckPhysics5 linksMichael BerryPhysics1 linkNiels BohrPhysics7 linksPaul DiracPhysics3 linksPeter ZollerPhysics3 linksPolykarp KuschPhysics2 linksRoy J. GlauberPhysics2 linksWalter HeitlerPhysics4 linksWalther BothePhysics2 linksWerner HeisenbergPhysics5 linksWilliam Rowan HamiltonPhysics2 linksWillis LambPhysics3 linksWolfgang PauliPhysics3 linksYakir AharonovPhysics2 linksSources1. Wikipedia: Quantum mechanicstier 2WikipediaQuantum mechanics, lead section, origin sentenceQuote, Quantum mechanics, lead section, origin sentenceQuantum mechanics arose gradually from theories to explain observations that could not be reconciled with classical physics, such as Max Planck's solution in 1900 to the black-body radiation problem, and the correspondence between energy and frequency in Albert Einstein's 1905 paper, which explained the photoelectric effect.View the SourceComments (0)No comments yet. Be the first to share a thought.Sign in to join the discussion.Reader Challenges (0)No disputes yet. Spotted an error or a better source? Open the first one.Sign in to dispute this or suggest a correction.