KnowraParticle physicsLinked fromLinked fromThe 31 pages that link to Particle physics, each with the reason it gives.All 31Broader topic 1Related 3Narrower topic 24Compared with 3Particle acceleratorNarrower topic: High-energy accelerators make collisions that reveal particles and test their interactions.ScatteringNarrower topic: Scattering applies to particles as well as to waves.Joint Institute for Nuclear ResearchNarrower topic: JINR’s high-energy laboratories investigate particle interactions alongside its nuclear-physics work.ElectronvoltNarrower topic: Particle masses and collision energies are commonly reported in electronvolts and their multiples.Stanford Linear Accelerator CenterNarrower topic: SLAC’s accelerator experiments have tested the structure and interactions of matter.SynchrotronNarrower topic: Synchrotrons provide the high-energy beams used in many particle-physics experiments.CMS experimentNarrower topic: CMS collision data address questions about the field’s fundamental particles and interactions.Particle decayNarrower topic: Particle decay is one way particle physics probes fundamental interactions.Atomic physicsNarrower topic: It probes constituents and interactions beneath the atomic scale.Hans GeigerNarrower topic: Geiger’s counting techniques helped establish experimental methods later used in particle research.Hideki YukawaNarrower topic: Yukawa’s meson proposal helped establish the particle-based study of nuclear forces.Owen ChamberlainNarrower topic: Chamberlain’s discovery became a landmark result in experimental particle physics.Arthur B. McDonaldNarrower topic: McDonald’s result prompted extensions to the established account of fundamental particles.Ernest WaltonNarrower topic: Accelerators developed for nuclear experiments later became central tools for particle physics.Takaaki KajitaNarrower topic: The discovery forced a revision to a basic assumption within this field.C. T. R. WilsonNarrower topic: Wilson’s visible tracks helped establish experimental methods in the field.Carl David AndersonNarrower topic: Anderson’s discoveries helped launch the experimental study of a growing particle zoo.Donald GlaserNarrower topic: Glaser developed the bubble chamber to investigate the particles and reactions studied in this field.Ion beamNarrower topic: Ion beams first became central tools for probing atomic nuclei and particle interactions.Cecil Frank PowellNarrower topic: Powell’s emulsion discoveries expanded the experimental study of elementary particles.Heaviside–Lorentz unitsNarrower topic: The system is common in theoretical calculations involving charged particles and fields.Henry Way KendallNarrower topic: Kendall’s discovery became a landmark in the experimental development of the field.Hypothetical particleNarrower topic: This field develops and tests most proposals for new fundamental particles.Masahiro SakuraiNarrower topic: It was the research field in which Sakurai made his principal scientific contributions.
KnowraParticle physicsLinked fromLinked fromThe 31 pages that link to Particle physics, each with the reason it gives.All 31Broader topic 1Related 3Narrower topic 24Compared with 3Particle acceleratorNarrower topic: High-energy accelerators make collisions that reveal particles and test their interactions.ScatteringNarrower topic: Scattering applies to particles as well as to waves.Joint Institute for Nuclear ResearchNarrower topic: JINR’s high-energy laboratories investigate particle interactions alongside its nuclear-physics work.ElectronvoltNarrower topic: Particle masses and collision energies are commonly reported in electronvolts and their multiples.Stanford Linear Accelerator CenterNarrower topic: SLAC’s accelerator experiments have tested the structure and interactions of matter.SynchrotronNarrower topic: Synchrotrons provide the high-energy beams used in many particle-physics experiments.CMS experimentNarrower topic: CMS collision data address questions about the field’s fundamental particles and interactions.Particle decayNarrower topic: Particle decay is one way particle physics probes fundamental interactions.Atomic physicsNarrower topic: It probes constituents and interactions beneath the atomic scale.Hans GeigerNarrower topic: Geiger’s counting techniques helped establish experimental methods later used in particle research.Hideki YukawaNarrower topic: Yukawa’s meson proposal helped establish the particle-based study of nuclear forces.Owen ChamberlainNarrower topic: Chamberlain’s discovery became a landmark result in experimental particle physics.Arthur B. McDonaldNarrower topic: McDonald’s result prompted extensions to the established account of fundamental particles.Ernest WaltonNarrower topic: Accelerators developed for nuclear experiments later became central tools for particle physics.Takaaki KajitaNarrower topic: The discovery forced a revision to a basic assumption within this field.C. T. R. WilsonNarrower topic: Wilson’s visible tracks helped establish experimental methods in the field.Carl David AndersonNarrower topic: Anderson’s discoveries helped launch the experimental study of a growing particle zoo.Donald GlaserNarrower topic: Glaser developed the bubble chamber to investigate the particles and reactions studied in this field.Ion beamNarrower topic: Ion beams first became central tools for probing atomic nuclei and particle interactions.Cecil Frank PowellNarrower topic: Powell’s emulsion discoveries expanded the experimental study of elementary particles.Heaviside–Lorentz unitsNarrower topic: The system is common in theoretical calculations involving charged particles and fields.Henry Way KendallNarrower topic: Kendall’s discovery became a landmark in the experimental development of the field.Hypothetical particleNarrower topic: This field develops and tests most proposals for new fundamental particles.Masahiro SakuraiNarrower topic: It was the research field in which Sakurai made his principal scientific contributions.