Home›Physics›Atomic, Molecular And Optical PhysicsGroupAtomic, Molecular And Optical PhysicsThis group collects the Physics subcategory's members whose work concerns individual atoms, molecules and light: optics, lasers, spectroscopy, interferometry, atomic physics and the x-ray and photon experiments that probe matter at this scale. It is kept apart from Condensed Matter Physics, whose members study the collective behavior of matter in bulk rather than individual atoms or molecules, and from Quantum Physics And Quantum Information, whose members work on the general theoretical framework rather than a specific optical or atomic technique.FactsBrowse BySourcesComments (0)Reader Challenges (0)FactsComparisonField EstablishedWell-attested1913 1Browse ByAll Atomic, Molecular And Optical PhysicsAtomic, Molecular And Optical Physics34 entriesAtomic, Molecular And Optical PhysicsFilter Results34 entriesDisciplineAllAstronomy (1)Materials Science (1)Optics (1)Physics (32)Field (legacy)AllAttosecond physics, Laser science (1)Electrical engineering (1)Optics and the experimental method (1)Physics (4)Physics (atomic structure, spectroscopy, seismology) (1)Physics and optics, spectroscopy (1)Physics, electrical engineering (1)Physics, gravitational wave astronomy (1)Physics, optical interferometry (1)Physics, physiology, biophysics (1)Physics, spectroscopy (1)X-ray Crystallography (1)EraAll965 (1)1787 (1)1821 (1)1824 (1)1845 (1)1852 (1)1865 (1)1877 (1)1879 (1)1882 (1)1886 (1)1900 (1)1912 (2)1915 (1)1916 (2)1918 (1)1920 (1)1921 (1)1922 (1)1927 (1)1932 (1)1933 (2)1941 (2)1943 (1)1944 (1)1948 (2)1953 (1)1958 (1)1959 (1)InstitutionAllAmerican Association for the Advancement of Science (1)American Physical Society (12)Bell Labs (1)Columbia University (1)Ecole Polytechnique (1)Heidelberg University (1)Humboldt University of Berlin (2)Imperial College London (1)Johns Hopkins University (1)Lebedev Physical Institute (1)Ludwig Maximilian University of Munich (1)Massachusetts Institute of Technology (1)Moscow State University (1)National Academy of Sciences (7)Ohio State University (1)Princeton University (1)Royal Society (1)Stanford University (1)University of Bonn (1)University of Chicago (1)University of Copenhagen (1)University of Edinburgh (1)University of Göttingen (1)University of Rochester (1)University of Strasbourg (1)University of Wrocław (1)University of Würzburg (1)Uppsala University (2)Yale University (1)In GroupAllAtomic, Molecular And Optical Physics (34)NationalityAllAbbasid Caliphate (1)Bangladesh (1)Canada (2)China (1)France (4)German Empire (2)Germany (4)Holy Roman Empire (1)Hungary (1)Japan (1)Kingdom of Prussia (2)Pakistan (1)Russia (2)Sweden (3)United Kingdom (2)United States (13)Weimar Republic (1)Show ResultsBrowseCompareSelect all 34Albert A. MichelsonPhysics5 linksAlbert BaezPhysics1 linkAlexander ProkhorovPhysics3 linksAnne L'HuillierPhysics5 linksArthur SchawlowPhysics2 linksCharles Glover BarklaPhysics2 linksCharles K. KaoPhysics2 linksClaude Cohen-TannoudjiPhysics2 linksDennis GaborPhysics2 linksDonna StricklandPhysics4 linksEdward Mills PurcellPhysics3 linksGerard MourouPhysics5 linksGustav KirchhoffPhysics7 linksHantaro NagaokaPhysics2 linksHerbert FriedmanPhysics3 linksHermann von HelmholtzPhysics4 linksIbn al-HaythamPhysics2 linksJames FranckPhysics6 linksJoseph von FraunhoferPhysics2 linksKai SiegbahnPhysics2 linksManne SiegbahnPhysics2 linksMax von LauePhysics3 linksMohammad Ataul KarimPhysics1 linkNicolaas BloembergenPhysics3 linksNikolay BasovPhysics2 linksNorman Foster Ramsey Jr.Physics2 linksPaul CorkumPhysics2 linksPierre AgostiniPhysics4 linksRainer WeissPhysics4 linksSteven ChuPhysics5 linksTheodor W. HanschPhysics2 linksTheodore MaimanPhysics3 linksWilhelm RöntgenPhysics4 linksWilliam D. PhillipsPhysics3 linksSources1. Wikipedia: Atomic physicstier 2WikipediaAtomic physics, Bohr model sectionQuote, Atomic physics, Bohr model sectionThe Bohr model, proposed by Niels Bohr in 1913, is a revolutionary theory describing the structure of the hydrogen atom.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.