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Matches in DBpedia 2015-10 for { <http://dbpedia.org/resource/Wu_experiment> ?p ?o }

• Wu_experiment abstract "The Wu experiment was a nuclear physics experiment conducted in 1956 by the Chinese American physicist Chien-Shiung Wu in collaboration with the Low Temperature Group of the US National Bureau of Standards. The experiment's purpose was to establish whether or not conservation of parity (P-conservation), which was previously established in the electromagnetic and strong interactions, also applied to weak interactions. If P-conservation were true, a mirrored version of the world (where left is right and right is left) would behave as the mirror image of the current world. If P-conservation were violated, then it would be possible to distinguish between a mirrored variation of the world and the mirror image of the current world.The experiment established that conservation of parity was violated (P-violation) by the weak interaction. This result was not expected by the physics community, which had previously regarded parity as a conserved quantity. Tsung-Dao Lee and Chen-Ning Yang, the theoretical physicists who originated the idea of parity nonconservation and proposed the experiment, received the 1957 Nobel Prize in physics for this result.".
• Wu_experiment thumbnail Wu_experiment_at_Bureau_of_Standards.jpg?width=300.
• Wu_experiment wikiPageExternalLink index.cfm.
• Wu_experiment wikiPageID "36284621".
• Wu_experiment wikiPageLength "16483".
• Wu_experiment wikiPageOutDegree "85".
• Wu_experiment wikiPageRevisionID "674725676".
• Wu_experiment wikiPageWikiLink Absolute_zero.
• Wu_experiment wikiPageWikiLink Adiabatic_demagnetization.
• Wu_experiment wikiPageWikiLink Beta_decay.
• Wu_experiment wikiPageWikiLink B–Bbar_oscillation.
• Wu_experiment wikiPageWikiLink C-symmetry.
• Wu_experiment wikiPageWikiLink CP-symmetry.
• Wu_experiment wikiPageWikiLink CP-violation.
• Wu_experiment wikiPageWikiLink CPT_symmetry.
• Wu_experiment wikiPageWikiLink CPT_theorem.
• Wu_experiment wikiPageWikiLink CP_violation.
• Wu_experiment wikiPageWikiLink Category:1956_in_Washington,_D.C..
• Wu_experiment wikiPageWikiLink Category:1956_in_science.
• Wu_experiment wikiPageWikiLink Category:Electroweak_theory.
• Wu_experiment wikiPageWikiLink Category:Physics_experiments.
• Wu_experiment wikiPageWikiLink Charge_conjugation.
• Wu_experiment wikiPageWikiLink Chen-Ning_Yang.
• Wu_experiment wikiPageWikiLink Chien-Shiung_Wu.
• Wu_experiment wikiPageWikiLink Chinese_American.
• Wu_experiment wikiPageWikiLink Chinese_Americans.
• Wu_experiment wikiPageWikiLink Chirality_(physics).
• Wu_experiment wikiPageWikiLink Cobalt-60.
• Wu_experiment wikiPageWikiLink Conserved_quantity.
• Wu_experiment wikiPageWikiLink Cryogenics.
• Wu_experiment wikiPageWikiLink Dark_matter.
• Wu_experiment wikiPageWikiLink Electromagnetic_interaction.
• Wu_experiment wikiPageWikiLink Electromagnetism.
• Wu_experiment wikiPageWikiLink Electron.
• Wu_experiment wikiPageWikiLink Electron_antineutrino.
• Wu_experiment wikiPageWikiLink Electron_neutrino.
• Wu_experiment wikiPageWikiLink Electroweak_interaction.
• Wu_experiment wikiPageWikiLink Ernest_Ambler.
• Wu_experiment wikiPageWikiLink Eugene_Wigner.
• Wu_experiment wikiPageWikiLink Excited_state.
• Wu_experiment wikiPageWikiLink Fermis_interaction.
• Wu_experiment wikiPageWikiLink Fundamental_interaction.
• Wu_experiment wikiPageWikiLink Gamma_ray.
• Wu_experiment wikiPageWikiLink Georges_M._Temmer.
• Wu_experiment wikiPageWikiLink Goldhaber_experiment.
• Wu_experiment wikiPageWikiLink Helicity_(particle_physics).
• Wu_experiment wikiPageWikiLink Henry_Boorse.
• Wu_experiment wikiPageWikiLink Isotopes_of_cobalt.
• Wu_experiment wikiPageWikiLink Isotopes_of_nickel.
• Wu_experiment wikiPageWikiLink Kaon.
• Wu_experiment wikiPageWikiLink Lagrangian_(field_theory).
• Wu_experiment wikiPageWikiLink Landé_g-factor.
• Wu_experiment wikiPageWikiLink Lepton.
• Wu_experiment wikiPageWikiLink Literature_review.
• Wu_experiment wikiPageWikiLink Low-temperature_physics.
• Wu_experiment wikiPageWikiLink Magnetic_refrigeration.
• Wu_experiment wikiPageWikiLink Mark_W._Zemansky.
• Wu_experiment wikiPageWikiLink Mark_Zemansky.
• Wu_experiment wikiPageWikiLink Martin_Gardner.
• Wu_experiment wikiPageWikiLink National_Bureau_of_Standards.
• Wu_experiment wikiPageWikiLink National_Institute_of_Standards_and_Technology.
• Wu_experiment wikiPageWikiLink Neutrino.
• Wu_experiment wikiPageWikiLink Neutron.
• Wu_experiment wikiPageWikiLink Nickel-60.
• Wu_experiment wikiPageWikiLink Nobel_Prize_in_Physics.
• Wu_experiment wikiPageWikiLink Nobel_Prize_in_physics.
• Wu_experiment wikiPageWikiLink Nuclear_physics.
• Wu_experiment wikiPageWikiLink Operator_(mathematics).
• Wu_experiment wikiPageWikiLink Parity_(physics).
• Wu_experiment wikiPageWikiLink Pion.
• Wu_experiment wikiPageWikiLink Proton.
• Wu_experiment wikiPageWikiLink Radionuclide.
• Wu_experiment wikiPageWikiLink Scientific_control.
• Wu_experiment wikiPageWikiLink Spectroscopy.
• Wu_experiment wikiPageWikiLink Standard_Model.
• Wu_experiment wikiPageWikiLink Strong_interaction.
• Wu_experiment wikiPageWikiLink T-symmetry.
• Wu_experiment wikiPageWikiLink The_Ambidextrous_Universe.
• Wu_experiment wikiPageWikiLink Time-reversal_symmetry.
• Wu_experiment wikiPageWikiLink Tsung-Dao_Lee.
• Wu_experiment wikiPageWikiLink Unstable_isotope.
• Wu_experiment wikiPageWikiLink W_and_Z_bosons.
• Wu_experiment wikiPageWikiLink W_boson.
• Wu_experiment wikiPageWikiLink Weak_interaction.
• Wu_experiment wikiPageWikiLink Wolfgang_Pauli.
• Wu_experiment wikiPageWikiLink Τ–θ_puzzle.
• Wu_experiment wikiPageWikiLink File:Chien-shiung_Wu_(1912-1997).jpg.
• Wu_experiment wikiPageWikiLink File:Wu-Experiment_(English).png.
• Wu_experiment wikiPageWikiLink File:Wu_experiment.jpg.
• Wu_experiment wikiPageWikiLink File:Wu_experiment_at_Bureau_of_Standards.jpg.
• Wu_experiment wikiPageWikiLinkText "An experiment".
• Wu_experiment wikiPageWikiLinkText "Wu experiment".
• Wu_experiment align "left".
• Wu_experiment direction "vertical".
• Wu_experiment footer "Bottom: P-asymmetry: A clock built like its mirrored image will not behave like the mirrored image of the original clock.".
• Wu_experiment footer "Top: P-symmetry: A clock built like its mirrored image will behave like the mirrored image of the original clock.".
• Wu_experiment hasPhotoCollection Wu_experiment.
• Wu_experiment image "Parity clocks - P-conservation.svg".
• Wu_experiment image "Parity clocks - P-violation.svg".
• Wu_experiment width "300".

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